Special Cases

28
2021.11
【2021 Application Example】 AI Analysis Cloud Service Platform for Remote Sensing Big Data Enables the Smooth Application of Satellite Remote Sensing Images

Although satellite remote sensing images can make all surface objects visible, it still requires a lot of time and manpower to be truly applied to the industry In order to effectively solve the problems that customers face in digesting huge amounts of image data and eliminate technical obstacles for cross-domain users to process satellite remote sensing images, ThinkTron has developed an "AI Analysis Cloud Service Platform for Remote Sensing Big Data" as a new beginning for cross-domain AI applications for spatial information In recent years, in response to the impact of industrial globalization, Taiwan's agriculture has continued to transition towards technology-based and higher quality, improving the yield and quality of crops by solving problems, such as microclimate impacts and pest and disease control The demand of agriculture on images has expanded endlessly to accurately grasp the growing environment of crops In the early years when UAVs unmanned aerial vehicles were not yet popular, manual field surveys were the most basic but most labor-intensive work With the emergence of UAV drones, aerial photography operations might not be difficult, but the range that can be photographed is limited Furthermore, surveying expertise is required to accurately capture spatial information At this time, the use of satellite remote sensing data may break away from the past imagination of using image data Taiwan Space Agency TASA ODC data warehouse services In the past ten years, with the breakthrough of modern satellite remote sensing application technology, Digital Earth has become a new trend in global data collection Countries have developed data cube image storage technology, and the development of smart agriculture has become one of the largest image users Determining planting distribution is the first step in understanding crop yields Free satellite remote sensing images, powerful data warehousing support, and the team's robust image recognition technology are important supports for accelerating agricultural transformation Using satellite remote sensing image data can accelerate the development of smart agriculture However, in the past, it was difficult to extract large-area crop distribution through satellite remote sensing images, not to mention the cost If you wanted to use free information, you had to visit all websites of international space agencies, look through the wide variety of satellite specifications, and carefully evaluate the sensor specifications, image resolution, and revisit cycle After finding suitable images, you had to look at them one by one to filter the ones you need Next is downloading dozens of images that are often several hundreds of Megabytes MB each, which might exceed the capacity of your computer Also, after overcoming image access and preparing data, you must then start to confirm the downloaded image products and which bands you want, because the image you see is not just an image file jpg or png, but rather complex multi-spectral information, attribute fields and coordinate information It takes a lot of effort just to confirm the correct information Facing GIS software packages with complex functions is the start of another trouble The complex image pre-processing process and the inflexible machine learning package greatly reduce the efficiency of analyzing data After finally getting the results of crop identification, you might find that the best time for using map information may have already passed The above-mentioned complex and time-consuming satellite image processing problems are precisely the pain points of the market ThinkTron expanded from traditional machine learning to modern deep learning applications, and developed an "AI Analysis Cloud Service Platform for Remote Sensing Big Data" under the GeoAI framework, breaking through the constraints of details in the spatial information for customers Differences between the process before and after introducing the AI analysis cloud service platform ThinkTron said that Taiwan's ODC Open Data Cube system has been completed and began providing services after years of efforts from the Taiwan Space Agency TASA, formally becoming aligned with international trends The powerful warehousing technology allows users to easily capture and use image data of a specific time and spatial range according to their needs The warehouse stores multiple satellite image resources from international space agencies, including the ESA's Sentinel-1 one image every 6 days, Sentinel-2 one image every 6 days, USGS's Landsat-7 one image every 16 days, Landsat-8 one image every 16 days, and the domestic Formosat-2 one image every day and Formosat-5 one image every 2 days ThinkTron develops satellite image recognition tools based on Python Breaking free from the limitations of GIS Geographic Information System software packages, ThinkTron integrated GDAL Geospatial Data Abstraction Library based on Python, and considered computing efficiency and parallel processing when developing all tools required for satellite image processing and image recognition modeling, including coordinate system and data format conversion, grid and vector data interaction, and data intra-difference and normalization All of the tools are designed with AI applications in mind, and some commonly used tools are packaged into an open source package under the name TronGisPy to benefit the technical community ThinkTron utilized the team's understanding of satellite remote sensing images and the collected tagged data crop distribution maps to preset the image recognition modeling process, the required training data specifications, and dataset definitions This is imported into the machine learning LightGBM or deep learning CNN framework that was completed in advance, and the entire training process to be performed in the Web GIS interface, providing users with partial flexibility to freely filter images, confirm spatial and temporal ranges, select models, and adjust hyperparameters In addition to the operation of training models, it also provides historical models to output identification results, and finally displays the identification results of crop distribution on the Web GIS map In fact, agriculture is not the only industry that needs satellite remote sensing applications AI applications of spatial information have also appeared in various fields as companies in different industries aim to enhance their global competitiveness For example, surveying and mapping companies that have a large amount of map data can use the AI analysis cloud service platform to store map data while also accelerating the efficiency of digital mapping Under the severe global climate change and the risk of strong earthquakes, there is a wide variety industrial insurance, agricultural insurance, financial insurance, or disaster insurance are all inseparable from spatial information The use of remote sensing image recognition to understand insurance targets has long been an international trend AI Analysis Cloud Service Architecture for Remote Sensing Big Data

2021-11-28
【2021 Application Example】 AI Complements the Disruption of Traditional Industry Experience: Production Forecast Analysis in Plastic Recycling Process

As the number of veteran craftsmen in traditional industries diminishes In Taiwan, SMEs have always played a central role in Taiwan's industry, accompanying Taiwan through various 'economic miracles' periods But as time progresses, the old masters gradually became elderly craftsmen Coupled with the phenomenon of fewer children and changes in the overall industrial structure, fewer and fewer of the new generation are willing to enter traditional industries Now, it can be observed that the main combination on most SMEs' operational fields is formed by 'elder craftsmen' together with 'foreign workers' These experienced craftsmen, who act as living dictionaries of field experience, suffer from a lack of successors to continue the tradition, leading to a growing difficulty in sustaining on-site experience transfer in traditional industries The limits of traditional hands-on process optimization are in sight Located in Tainan Baoan Industrial District, 'Tangxian Company' was established in 1972, initially manufacturing high-quality weaving equipment It possesses the capability to manufacture machinery, and in recent years it has actively developed environmentally friendly plastic recycling equipment in response to international green energy, recycling, and environmental protection demands Ultimately, they have successfully developed low energy consumption, low waste, high purity, and high output recycling granulators with a sleek and efficient machine design supplemented by advanced intelligent control technology Tangxian Company's self-developed plastic recycling granulator equipment However, in the production process of plastic recycling, when faced with hundreds of material types and dozens of process temperatures, speed settings, what is faced is thousands of possible parameter combinations Previously, the adjustment of various production process conditions was reliant on the on-site staff the experience of the craftsmen Thus, during the transition of production of different incoming materials such as PET, PP, PE, a significant amount of raw materials would be wasted during the trial phase The professional information gap in traditional industries Tangxian Company recognizes the importance of data In the past, although process parameters were recorded, due to a lack of data capabilities at the time, it was primarily in paper form, manually written down by the operating staff, accumulating a large amount of paper data However, this also meant a lack of scientifically accurate and detailed information available for real-time reference and adjustment Process parameters logbook, records the state of about a dozen machines and production figures hourly In quality control as well, due to a lack of control over the quality of output and monitoring and feedback mechanisms for unit time production, it becomes difficult to predict the profit conditions of each batch Production management can only estimate and average cost and productivity changes over the process from the outcomes, without being able to objectively and timely restore the production conditions to reasonableness or make clearer adjustments when facing quality abnormalities Site reality left image shows recycled scraps right image shows pellet production Taiwanese manufacturers possess strong machinery manufacturing capabilities, and many modern machines now have data capabilities, recording real-time status and information via IoT But is the infrastructure of the factory's on-site and information systems ready yet When the Old Master Meets AI With government referral, Tangxian Company partnered with a Taiwanese data science company, working together to integrate AI services and optimize internal processes using AI They started with a medium-sized plastic recycling production line within the factory as a trial field After establishing a successful benchmark, this model was expanded to larger plastic recycling machinery within the factory to continue verification and application Initially, both parties converted the past handwritten paper data into digital format using OCR supplemented by manual correction Tangxian Company also worked with the supplier of the human-machine interface of the machinery to integrate the control panel and parameter data into the factory's database, allowing real-time monitoring of machine status and eliminating the complexities and potential errors of manual transcription Panel of plastic recycling granulation machine, showing current process temperatures, speeds, and power usage Meanwhile, the Taiwanese data science company further modeled dozens of parameter data through AI, conducting scenario analysis to simulate various production possibilities under environmental parameters and material inputs, identifying key characteristic parameters and providing parameter adjustment recommendations to decrease costs during the trial phase Applying data analysis to traditional industry machinery processes After the old master receives the raw materials, they only need to enter the relevant material characteristic parameters, and the system automatically generates recommended process parameters After small adjustments by the old master, they proceed with the trial production of the material, effectively reducing the waste of materials, water, electricity, and manpower caused by incorrect attempts Moreover, Tangxian Company has proactively deployed the concept of 'production pedigree' in the plastic recycling process, allowing the batch's raw materials and process parameters to be accessed by scanning a QRCode Production and sales pedigree of plastic recycling pelletizing Taiwan's SMEs have strong machinery capabilities, just waiting for the 'east wind' of data From industrial revolutions 20 to 30, even 40, many Taiwanese SMEs face challenges in transitions not just in upgrading machinery, but after investing in modern equipment and generating data, they do not know how to utilize it effectively It is impractical for these manufacturers to develop a specialized data analysis department on their own meanwhile, Taiwan also has many innovative teams with strong software capabilities in AI and data analysis, possessing the technology but lacking the field and data Therefore, if the traditional industries of Taiwan could be fully integrated with the innovative teams in AI and data analysis, it would not only address the current challenges of manpower and experience transfer faced by traditional industries but also advance Taiwan's development and application of AI significantly「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

2021-01-21
【2021 Application Example】 HRT Technology Improves Production Efficiency by 20% Through AOI Detection of Defects in VCSEL Packaging

In 2017, the launch of the iPhone X made 3D sensor technology used in Face ID highly popular, which drove the development of VCSEL, a core component in the 3D sensor module In the detection of defects in incoming packaged VCSEL, the use of AI inference models can solve the industry's issue with low yield and improve reliability to 95 VCSEL technology currently can be used in many applications and various end consumer markets, including robots, mobile devices, surveillance, drones, and ARVR VCSELs are a good solution in applications that require high-speed modulation capabilities, such as cameras and biometrics VCSEL technology has a wide range ofnbsp applications, including in drones Pictured Zoyi Technology's Agricultural Drone VCSEL technology has a wide range of applications, AI technology assists in defect detection HRT Technology stated that the packaged VCSEL market is also facing strong price competition from competitors, and needs to further reduce costs and enhance product competitiveness One of the key problems is the replacement of glass lens with epoxy resin lens The production of traditional glass lenses has high yield, but the cost is higher than that of epoxy resin lenses Due to the cutting process of epoxy resin, the side wall of cutting lines can easily have rough edges, causing it to be oversized The release of stress caused by heat during the mounting process will directly cause the optical lens to break HRT Technology pointed out that the incoming inspection of VCSEL epoxy resin lenses is very important Under the constraints of packaging space, the space for fitting the package and optical lens is limited Moreover, the optical lenses will be confined to a metal frame If the dimensional tolerances are properly controlled, stress release due to heat during mounting can easily cause the optical lens to break, resulting in a yield loss of up to 10 in the VCSEL package reliability verification, resulting in an increase in production costs In order to solve the problems above, HRT Technology hopes to use AI to monitor the size and appearance defects of epoxy resin components in the VCSEL epoxy resin lens incoming stage, verifying whether their dimensions meet specifications, whether the cutting edges are smooth, and whether there are any defects in their appearance Since traditional incoming material inspection requires a rough visual inspection by humans to distinguish the quality The problem of image collection needs to be solved first to successfully collect image data Therefore, HRT Technology first developed an Automated Optical Inspection AOI device, which includes X, Y, Z three-axis motion, high-resolution cameras, and related control software to automatically record images After collecting the image data, opencv aligns the test image and a normal image to determine differences between the two images, and then pixel mapping is used to compare the pixel area to complete initial screening Manual labeling is carried out according to the image classification above, including samples that are normal, have defects in appearance, or have different shape characteristics, and then algorithm training and verification is carried out Residual neural network ResNet or other related algorithms are used for deep learning to identify the quality of lenses Implementation of AOI inspection improves production efficiency by 20 and above Comparing the differences before and after the implementation of AI image inspection, the incoming VCSEL lens inspection before implementation only involved manual inspection of the appearance The lens is packaged on the VCSEL package that has completed die bonding After passing the general light up test, the final reliability test high temperature reflow is performed Failed samples go into the rework process However, after the implementation of AOI inspection, it can screen defective lenses sooner and reduce the cost of subsequent materials input, it can also reduce the need for rework due to failure, improving yield to 95 and above in the reliability verification This is expected to help companies reduce production costs by 10 and increase production efficiency by 20 and above The difference before and after implementing AI image detection HRT Technology pointed out that this technology is an AI application developed based on tiny images It uses deep learning algorithms to identify defects in the images The trained network automatically classifies image data to predetermined categories Defect categories can be determined through reference images, so cumbersome programming is not required In the industrial machine vision environment, deep learning is mainly used for classification tasks in applications, such as inspection of industrial products or identification of parts In the future, with the development of IoT wearable devices and the trend of energy saving, the size of optoelectronic components will continue to shrink This technology can be applied to the detection of defects in the appearance of other tiny optoelectronic components in the future

2021-12-05
【2021 Application Example】 Fongyu Uses AI Knowledge-based Fish Farming to Effectively Increase Aquatic Production by 10%

Fisheries is an important industry in an island economy However, the fish farming industry has faced severe challenges in recent years, including climate change, labor shortage, and rising costs In particular, nearly 110,000 workers in agriculture will retire due to old age over the next 10 years For this reason, the need for aquaculture to move towards smart farming is becoming increasingly urgent Founded in 2014, Fongyu Corp Ltd has developed a unique eco-friendly farming model based on its own fish farming It uses AI knowledge-based fish farming to effectively increase aquatic product production by 10, and reduced labor cost by 15 The word "Fongyu" has a profound meaning "Fong" represents good mountains and "Yu" represents good water, and is the hope that companies will allow Taiwan to always have good mountains and good waterIt is also a homophone for "having a full figure," expressing the hope that products will give consumers a full and healthy body and mind The founder of the company, Liu Chien-Shen, has been through the difficult entrepreneurial journey of becoming an apprentice in fish farming, raising funds, renting fish farms, establishing a fish farming company, building a brand, and expanding sales Labor shortage and aging workers are hidden worries in the fish farming industry Currently, fish farms in Taiwan are still mainly traditional fish farms, and farming techniques are still passed down through word-of-mouth In addition, the labor shortage and average age of workers exceeding 60 years old has made it impossible to effectively stably improve productivity and yield This farming method makes it difficult to prevent and control diseases, and greatly increases the possibility of excessive use of drugs, environmental pollution, and water quality and ecological damage, creating a vicious cycle that lowers the quality of fish farming In addition, 651 of workers in Taiwan's fish farming industry are inadequately skilled With limited support from IoT sensors, traditional fish farmers still mainly rely on their own experience and knowledge for water quality management, feeding, and disease detection Fish farming management relies heavily on the ability of individual fishermen Once experienced workers retire, the industry will not only face the issue of succession, but also the difficult of stably supplying a certain amount of harvest that meets quality standards This may cause a dilemma for the entire industry from fish farming to sales In order to improve the pain point of inability to pass on experience in fish farming, and at the same time create a "digital" foundation for fish farming, the top priority must be to collect farming behavior data and develop AI services as an important starting point Fishery digital twin technology helps fishermen transition to smart farming With the assistance of the Institute for Information Technology III, Fongyu implemented the "fishery digital twin" technology to dynamically adjust the farming schedule In other words, the fish farming schedule is adjusted according to the species, habits, and variables of the fish The use of AI in fish farming not only effectively increase aquatic production by 10, but also reduced labor cost by 15 In terms of specific methods, we first digitalized the fish ponds, feed, and decision-making behavior for each species, such as sea bass and Taiwan tilapia, and recorded the seasonal temperature changes from releasing seedlings to harvesting, all of which were digitalized, gradually recording the experience and methods of experienced workers into a rich database Based on the recorded data, we analyzed the compound variables to find the best farming behavior and generate a dynamic farming schedule The records for each pool provide data on workers' experience However, fish farming behavior generally relies on rules of thumb Even experienced fish farmers cannot ensure that they will find the best solution Therefore, new methods are proposed to solve this issue That is, "to determine the best fish farming behavior by predicting the interaction with water quality and past data on feeding, and evaluating fish farming behavior based on water quality and fish farming," and provide fishermen with the most intuitive recommendations through daily schedules To continue optimizing the dynamic fish farming calendar on a rolling basis, iterations of the model will be developed through the three-step cycle 1 Input the current fish farming calendar into the model 2 The model predicts the future environment 3 Shortcomings of the fish farming calendar are corrected based on the future environment to obtain a new version of the fish farming calendar In the process, the experience of aquaculture experts is used to establish the causal relationship between fish farming behavior and the environment The establishment of a dynamic fish farming process and technology-based fish farming recommendation services provide a traceable and detailed fish farming process It is one of the few technologies that can digitalize fish farming Fishermen can quickly and easily record their daily behaviors to build knowledge without taking up too much time, but in the long run it can reduce labor cost by 15 and increase output and revenue by an average of 10 Smart fish farming has achieved outstanding results, reducing labor cost by 15 and increasing output by 10 At the same time, the fish farming calendar can also be extended to different aquatic species, such as white shrimp, milkfish, clams, and Taiwan tilapia, to produce fish farming schedules for ponds with different specifications, and the harvested aquatic species can be traced according to different specifications, establishing vertically integrated services for safe food products Fongyu's main products are divided into two categories One is aquaculture modules, including fry, feed, materials and probiotics, production planning and processes, and monitoring, which can be sold separately or exported as modules The high-quality aquatic products produced by Fongyu have repeatedly won awards Figure Fongyursquos official website The other category is high-quality aquatic products, including seabass fillets, seabass balls, oil-free seabass balls, seabass dumplings, and seabass soup The products have won various awards, including the top ten souvenirs in Pingtung in 2017, "Barramundi Fillet" won the 2017 Eatender of the Council of Agriculture COA, "Oil-Free Barramundi Fillet" won the 2018 Eatender Gold Food Award of the COA, and "Dumplings of Barramundi" and "Barramundi Broth" won the 2019 Eatender of the COA The consecutive awards represent that the "quality" of Fongyursquos aquatic products can be seen and eaten with peace of mind In addition, Fongyu has exclusive fingerlings that meet international needs, such as Pure seawater cultured tilapia fingerlings and seawater Taiwan tilapia fingerlings from selective breeding FY-01 are items that aquaculture companies in many countries are looking forward to The company also has aquaculture modules, disease monitoring tools, and feeding materials designed in accordance with the environment, in order to provide customers with more stable income

2021-09-28

Records of Application Example

【導入案例】「AI刺繡圖案辨識系統」,有效提升圖案辨識作業效率50倍
【2020 Application Example】 "AI Embroidery Pattern Recognition System" effectively improves pattern recognition efficiency by 50 times!

Influenced by fast fashion, the OEM model of large variety in small quantities has become the development trend of the textile industry "Fast fashion" features fast, cheap and fashionable Taiwan has been affected by the rise of fast fashion in recent years The OEM model of "wide variety in small quantities" has become the development trend of the textile industry The primary goal of the textile industry is to understand how to receive purchase orders under this fashion trend Customer inquiries for new patterns can only be searched manually, which is time-consuming and inefficient Chairman Chen of a leading domestic textile company took over as the chairman of the "Taiwan Underwear Innovation Alliance" in 2018 He has engaged in the design and development of embroidery patterns for more than 40 years and has developed more than 30,000 embroidery patterns Whenever international corporate customers request a price quotation for a new embroidery pattern, it takes about 25 hours of "manual search" to find 1 to 2 similar patterns for quotation Therefore, the main bottleneck is how to quickly identify "embroidery patterns" Cleaning and organizing raw data takes a lot of time To build an AI model that can quickly identify and find similar embroidery patterns, a large amount of embroidery pattern data needs to be used for learning during the model development stage Each embroidery pattern requires pre-processing, including watermark removal, border removal, and pattern standardization It will take one full-time employee six months to complete image pre-processing The textile company provided a total of 30,125 embroidery patterns for AI machine learning and identification The data were annotated and divided into seven categories of patterns Improved AI accuracy through pattern recognition and learning When a customer requests a price quotation for a new embroidery pattern, sales personnel can first upload the image to the system and check which important elements need to be identified, such as style, shape, category, pattern, and size, and then select several satisfactory options from the many options recommended by AI The results are sorted and stored according to "satisfaction," and recognition results and the user's score are stored in a cloud database By recording the standards and key points of AI pattern recognition training, we can verify whether any images were left out and the reason why certain images were not selected In addition to finding similar patterns, another challenge of "embroidery pattern recognition" is "psychological level" cognition of human beings, including "different users' preferences" and "users' consideration of customers' preferences," both of which will affect selection results The user's selection results, "satisfaction" scores, and "the operator's psychological level" preferences make the AI model more accurate The development of an "AI pattern recognition system" to assist manual work allows similar patterns and solutions to be found within 1 minute, significantly improving work efficiency by 50 and improving order-taking efficiency to cater to the fast fashion industry Schematic diagram of embroidery pattern AI recognition management system Schematic diagram of embroidery pattern AI recognition results Establish the "Taiwan Textile Industry AI Pattern Recognition Service Center and Platform" This "AI Embroidery Pattern Recognition System" project will work with more textile companies and resources in the future to establish a business model for the "Taiwan Textile Industry AI Pattern Recognition Service" Introducing this AI recognition system to the upstream and downstream of the industry chain will jointly improve the technological level, operational efficiency and international competitiveness of Taiwan's textile industry

【導入案例】AI地址解析,查找坐標不再鬼打牆
【2020 Application Example】 AI Address Parsing, No More Hitting Walls in Searching for Coordinates

Empower addresses with spatial coordinates to help drive the 'Open Data' policy In recent years, the government has been promoting 'Open Data' hoping that the openness of data will facilitate inter-agency data flow, enhance administrative efficiency, meet public needs, and strengthen public oversight of the government Among them, transportation data is closely related to daily life, often reported by the public with the incidents specifying obvious local landmarks or addresses there have also been public feedback about the traffic reports on police radio that lacked actual coordinates Introducing these addresses, which were originally without spatial attributes, into the geographical coordinate system is one step toward 'Smart Spatial Decision Making' However, unstructured addresses, without manual intervention to improve the inconsistency of address formats, do not yield high location accuracy, necessitating an improvement in data quality and usability to unlock the potential applications of open data This further aids in policy promotion and widespread application to different sectors including tourism, employment, birth and adoption Unregulated and diverse writing styles of addresses lead to low location accuracy Address Locator is jointly developed by SongXu Information Co, Ltd and YanDing Intelligent Co, Ltd GOLiFE as a 'stand-alone address locating software' providing single or batch address location services To imbue address data with spatial attributes, the core technology of Address Locator involves 'Address Parsing' and 'Address Location' in two stages Initially, 'Address Parsing' distributes the addresses aimed for positioning according to administrative region hierarchy keywords provincecity, townshipdistrict, village, roadstreet, alley, lane, number subsequently, 'Address Location' matches the split addresses with the parent address to obtain the location level and corresponding coordinates However, in the actual business integration process, since address sources are maintained separately by different authorities, a lack of consistent standards remains a common issue Problems include special characters at address examples in specific regions, omitted administrative units, repetitive administrative hierarchical keywords, special street-alley segments, mismatch in Chinese numericals vs Arabic numerals, and non-current addresses leading to complex address formats that are difficult to accurately split Establishing an address tokenization model, achieving precise location alignment To effectively handle various messy address formats and alleviate the difficulties in location alignment for the existing Address Locator, AI and Natural Language Processing technologies are implemented for 'Address Normalization' and a 'Chinese Tokenization Tool' to optimize existing address location capability 'Address Normalization' addresses the issues of missing keywords, variant character forms, and missing administrative areas whereas 'Chinese Tokenization Tool' helps resolve 'split errors' caused by special address formats, preventing unsuccessful positioning Successful address parsing through AI tokenization technology In the past, while handling address location services, manual preprocessing for data standardization was required, hence it was not solely marketed as a product, but included in project plans that offered address location services However, after incorporating address normalization and AI tokenization technology, it has become a complete product, significantly reducing the time users spend on manual adjustments and achieving the intended location accuracy Furthermore, the AI-enhanced Address Locator is now introduced on the SongXu Information Co Ltd website, including product descriptions and official listings After four months of testing and modifications, AI technology was successfully incorporated into the existing address location product From selecting the tokenization tools, building the corpus, training the model, and interfacing with product features, to complete test planning, collection from 'Government Data Open Platform' and 'Taichung City Government Data Open Platform,' including over 62 datasets and more than 300,000 addresses, achieving a complete match rate of 9008 and a fuzzy match rate of 98, greatly surpassing the original product in match rates and processing time To promote AI technology applications in the information services sector, the AI-enhanced address location service is positioned as a new solution and showcased on the SongXu company website starting from product function introductions, explaining address regularization methods and address location features subsequently, guiding potential customers to envision applicable scenarios including decision analytics, precision marketing, and other applications The product will aid various sectors’ data by assigning spatial information to addresses, delving into the context and trends of data in two-dimensional space Address Location Solution Providing spatial coordinates for attractions, intersections, and points of interest Successful development and implementation of AI-enhanced products in companies focused on smart transportation systems in the domestic market revealed that, while effectively solving address location issues, they also recognized that descriptions of spatial information, beyond addresses inclusive During their progress, integrating AI more broadly into 'Entity Recognition' is set to be an important future application not limited to address location In an era of information overload, collecting data is straightforward identifying keywords of interest is key Future development directions aim to optimize these products and create more business opportunities「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

【導入案例】透過智慧感知技術,有效將商務電子郵件詐騙漏判率降低5成以上,為企業看守荷包
【2020 Application Example】 Through smart sensing technology, effectively reducing the misjudgment rate of business email fraud by over 50%, safeguarding corporate finances!

Business email fraud causes over ten billion USD in losses annually Business Email Compromise BEC has become a global threat, causing losses of over ten billion dollars every year Criminal organizations target victim companies in various ways, infiltrating and lurking over long periods to steal information, eventually orchestrating scams to induce victims to make payments or transact with the wrong parties In such crimes, key fraudulent emails often appear indistinguishable from ordinary business or personal correspondence because they match business contexts and daily transaction behaviors BEC messages may not even contain URLs or attachments that could be detected by technical security measures, rendering antivirus and click-prevention strategies ineffective With email fraud being rampant, effective prevention of such threats has become a top priority A domestic biomedical manufacturer, one of the government's five major innovation industries and a recipient of the 13th Startup Business Award from the Ministry of Economic Affairs, features high innovation and high risk in the biotechnology sector Handling sensitive information related to new drugs, experimental materials, or market development, and even confidential personal data tied to medical and clinical trials, the company faces substantial threats from BEC scams They hope to leverage AI's interpretation capabilities for more accurate and comprehensive alerts against malicious emails, ultimately enhancing productivity and avoiding scams Utilizing AI recognition to preemptively deter threatening emails, effectively boosting corporate productivity 'Artificial Intelligence-assisted BEC transaction intent perception' is a feature developed by NetzEngine Information Software Co, Ltd and Dupont Digital Security Ltd, capable of identifying emails with transactional intents and incorporating them into NetzEngine's MailGates email behavior analysis module to detect threatening messages and improve the detection accuracy of suspicious threat emails This case uses two functionalities from the aforementioned AI technologies, 'Email Fraud Protection by Mail Header Security Policy' and 'Email Fraud Protection by Email Behavior Analysis Policy' Openfind MailGates' 'Mail Header Security Policy' feature In MailGates' 'Email Fraud Protection' features, the 'Mail Header Security Policy' can be adjusted For example, all emails from hotmailcom must have a correct From header, but the Reply-to header will be blank, this is the correct format for Hotmail emails, the same applies to Gmail If the email comes from another source, however, it should adhere to the filtering rules recommended by MailGates Both From and Reply-to should come from the correct and same domain, otherwise, it is likely to be a fraudulent message The third rule in the image represents all emails from openfindcomtw should use the aforementioned default rules for inspection If an email does not comply with the Mail Header Security Policy as per this setup, users will receive a 'Email Fraud Warning' notification on the subject line, helping to prevent BEC email fraud Openfind MailGates' 'Email Behavior Analysis Policy' feature, can set 'Protection Level' Openfind MailGates' 'Email Behavior Analysis Policy' feature, can set 'Operational Actions' In MailGates' 'Email Fraud Protection' feature, the 'Email Behavior Analysis Policy' can be applied as needed This feature's design and settings might seem complex for average users, who could opt for the 'Intelligent Detection' method instead, simply choosing among 'Loose, Standard, Strict' levels The system will determine the actual settings for these levels based on recently collected feedback data More skilled managers can use the 'Custom' mode, to set all behavior analysis functionalities in detail For example, by listing commonly impersonated domain names under 'Similar External Domains', the system will automatically consider similar but unequal domains, intended to impersonate and deceive users, as higher threat sources This feature allows users to set alerts for such emails, including using title and content warnings, and through behavior analysis, if the system deems the email likely to be a BEC fraud, it will clearly prompt users to be vigilant 'Email Fraud Protection by Mail Header Security Policy' and 'Email Fraud Protection by Email Behavior Analysis Policy' are actually planned and designed functionalities incorporated into the MailGates email protection system, combined with the aforementioned AI research outcomes, all MailGates users will be able to utilize these two functions against BEC scam emails For corporate clients, 'missed threat emails' represent the most significant information security threat and the aspect most needing improvement With the adoption of NetzEngine's BEC smart sensing mechanisms, they can immediately and effectively reduce the threats of BEC scams within the unit, avoiding scams and boosting corporate productivity Comprehensively guarding客户 client email security, expanding the value of the domestic information security industry NetzEngine Information Software Co, Ltd, in collaboration with AI startup Dupont Digital Security Ltd, adopts NLP and more specialized threat analysis technologies, capable of intelligently perceiving emails with transaction intentions and increasing the interception rate of BEC emails This not only enhances client value and maintains their cybersecurity capabilities, but as a leader in domestic email security, Openfind NetzEngine Information will continue to develop solutions for email and messaging communication security In the future, NetzEngine plans to integrate BEC protection and APT sandbox defense technologies, continuously expanding into a derivative product line Advanced Threat Protections By addressing customer needs against the continually increasing cybersecurity threats with a robust and comprehensive protection solution, it aims to deliver greater value to customers, while also expanding the domestic information security industry's problem-solving options and enhancing its value In the current high-end cybersecurity protection market, many clients can only use products from foreign manufacturers These products' designs, usage processes, and, most crucially, the sources and processes of samples or policy settings often do not suit the specific requirements of domestic government agencies or enterprises Therefore, through products and services offered by NetzEngine, enterprises will be helped to safeguard email security「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

【導入案例】「農業智慧化暨大數據應用平台」,有效降低肥料施用量50
【2020 Application Example】 "Intelligent Agriculture and Big Data Application Platform" effectively reduces fertilizer use by 50%!

Life is tough for lettuce village farmers who are at the mercy of the elements Global market trends are volatile In terms of agriculture, it must compete with cities for land and water, and also face other crises, such as mitigating climate change and protecting natural habitats In particular, climate change makes it more difficult for farmers to plan cultivation in traditional ways For organic lettuce exporters, they have to overcome problems such as climate and pests to ensure that the lettuce can meet the standards of overseas customers This is an issue that the industry is facing Difficulties and needs of Taiwan Lettuce Village Although Taiwan Lettuce Village currently uses an internationally certified standard process GGAP for cultivation, and also uses the "Intelligent Agriculture Management System" developed by Info-Link Services for cultivation management, it still faces the dilemma of not being able to control crop yields and quality due to climate abnormalities Efforts to solve pests and production problems in recent years not only consumes labor, but also doubled the use of pesticides However, using cultivation and production models of the past will cause the industry to stagnate or even face elimination Therefore, it hopes to add value through AI, and make the lettuce village can be more information-based, intelligent, analytical, and predictive in cultivation, so as to expand the industryrsquos exports and diversify the industry's development in the future Current Demand of the Lettuce Village The agriculture industry in Taiwan Lettuce Village currently only implements "information management" Even though it has the concept of data application, there are no implementation methods and direction, and fields are still manually inspected and the dosage of pesticides is determined based on experience Since crop production varies due to environmental factors each season, the accumulated temperature conditions required for lettuce growth can be estimated by comparing crop yield and harvest date based on historical meteorological data, thereby establishing an accumulated temperature calculation module to estimate the cultivation schedule, allows the system to automatically analyze and make prediction based on the current temperature and humidity of the overall environment During the crop harvesting period, it assists field personnel in optimizing their work, reducing the need for daily inspections to determine when to schedule the next task Agricultural information system AI allows lettuce to grow smoothly "The stability of the cultivation environment" plays an important role in the growth process of crops Understanding the growing conditions of crops can greatly increase production and maintain a certain level of quality Combined with "smart equipment in the field" and "linebot," field management can be carried out and warnings can be received at any time, allowing managers to respond quickly to reduce potential losses, and assist in disease prevention, growth period, and harvest prediction It can be further integrated with data from the Central Weather Administration to establish a "cultivation database," and conduct agricultural analysis through data collection, such as fertilizer dosage planning, analysis of lettuce growth days in different months, analysis of the quality and weight of lettuce output based on temperature, and even disease prevention predictions Comparison of differences before and after digitization Compiled the cultivation data collected by the Lettuce Village from field equipment and external data , such as temperature, humidity, sunlight, and farmland fertility, and applied the data in four aspects, including 1 establishing crop progress and growth obstacle information, analyzing the temperature ranges that are suitable for growth and hinder growth, importing open data real-time and future weather forecast data to establish forecast standards, and using weather sensing equipment for field monitoring, in order to achieve real-time warning notifications and preventive effects 2 Utilize cultivation data for growth predictions, in order to achieve the goal of estimating harvest date 3 Using mobile phones for weather monitoring achieves the goal of real-time control and adjustment of field operations, allowing Lettuce Village to effectively manage manpower, material costs, and crop quality 4 Compiled farmland fertility data to provide the fertilizer ratios for suitable for farmland and reduce the frequency of fertilization, improving farmland fertility while improving the overall environment Description of Data Applications The system will continue to be optimized and promoted it to more units The "Intelligent Agriculture Big Data Application Platform" allows farmers in Lettuce Village to no longer be limited to the traditional agricultural business model, achieve systematic cultivation and production management, and standardize specifications to improve quality, stabilize output, and reduce labor consumption and material costs Improved pest and disease detection accuracy from 80 to 100 In the future, we hope to increase the accuracy of pest and disease detection, so that farmers can monitor the status of crops in real time, making the system more complete We also hope to apply this system model to more crops, and allow more farmers to consistently grow high-quality crops at low cost through government promotion

【導入案例】AI醫療影像識別系統,提升乳房惡性腫瘤辨識度
【2020 Application Example】 AI Medical Imaging Recognition System, Enhances Recognition of Malignant Breast Tumors!

Avoid unnecessary invasive biopsy examinations, all thanks to the professional judgment of radiologists Medical imaging recognition is a crucial task for radiologists, who must make professional judgments based on patient's examination data Upon identifying a tumor, it must be determined whether it is cancerous feasible methods include 'non-invasive medical imaging' and 'invasive biopsy examination' The advantage of biopsy examinations is that they can provide very accurate diagnoses, however, as they are invasive, doctors and patients will avoid this method if the probability of severe conditions is low One of the responsibilities of radiologists is to provide related professional judgments to aim for the most ideal situation Radiologists are overwhelmed, standards for judging tumor benignity or malignancy fluctuate, exposing a crisis in medical quality With the popularization of medical imaging examinations and the gradual flourishing of preventive medicine concepts, the burden on radiologists has been increasing A single doctor needs to handle multiple patients at once, and under conditions of long working hours and multiple patients, the standard for judging the benignity or malignancy of tumors based on images can fluctuate, resulting in patients not receiving optimal medical quality Tatung Science and Technology National Taiwan University Develops 'AI Medical Imaging Recognition System', Introduced to Medical Institutions, Effectively Enhances Tumor Interpretation Efficiency and Accuracy Tatung World Technology Co, Ltd and the Research Team of the Institute of Biomedical Electronics and Informatics at National Taiwan University jointly developed the 'AI Medical Imaging Recognition System' The trained model can interpret the benignity and malignancy of breast X-rays, with an accuracy rate reaching 85 This system has been introduced to the radiology department of a central medical institution for POC verification, helping to reduce the workload of radiologists and the waiting time for patients' examination reports Breast Tumor AI Interpretation System Diagram In the future, the correlation between the breast imaging report, data system BI-RADS grading, and AI benignmalignant interpretation will also be further defined, transforming the imaging interpretation from a binary system to a probabilistic BI-RADS grading This will assist the institution in establishing a common standard and enhance the efficiency of cooperation across different medical specialties Benefits of Introducing AI Identification System Replicating successful models, laying the foundation for the AI medical imaging big data era The development model of this AI Medical Imaging Identification System can be applied to different types of medical imaging, including computed tomography scans, ultrasound imaging, etc and can integrate natural language processing capabilities with pathology analysis reports, laying the foundation for the AI medical imaging big data era「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

【導入案例】「企業專利監控之AI數據分析平台」,一鍵搞定專利分析與發展趨勢
【2020 Application Example】 AI data analysis platform for enterprise patent monitoring, complete patent analysis and development trends with one click!

How to efficiently analyze the massive growth of patent information and tap potential value Patents are a valuable source of technology, market and competitive information However, the total number of published patent documents has reached 120 million, with 63 million new ones added last year alone How can we make these massive patent documents available for our own use Patent analysis provides an indispensable and practical way to fully tap the value of patent information Through patent analysis, you can understand the strengths, weaknesses, and opportunities of your own and your competitors' respective patent portfolios, as well as global patent application trends, technology panorama, and possible blank areas However, patent analysis requires a thorough understanding of the underlying data, including the usage and purpose of the data, as well as the problems that can be solved, etc How to effectively use and analyze massive information is the most troublesome problem Unstructured data types can only be read and organized manually, which is very annoying "Patent specification" is a legally binding document that combines legal and scientific terms It is unstructured data In the past, various search and analysis methods were manually read and organized, which was time-consuming and time-consuming It often happens that we are unable to keep up with the litigation schedule When assisting enterprises in patent layout, they often face the difficulty of quantifying the degree of litigation risks faced by competitors and customers, as well as the quality and value of patents This results in the inability of a domestic enterprise intellectual property management company to further expand its business scope and to promote the outside world Knowledge of patented value-added applications In recent years, enterprise intellectual property management companies have also begun to assist RD personnel in enterprises to master important technologies and patent competition intelligence that will affect the future development of the industry in advance, allowing relevant personnel to more calmly carry out patent layout and improve patent quality and value However, most of the business scope is in the agency of patent software, such as Intellectual Property Operation Management Information System IPServ, which mainly assists companies or individuals in managing intellectual property rights, but currently does not provide "patent monitoring" data analysis for companies or individuals services Intellectual Property Operation Management Information System IPServ These patent software include patent retrieval, management and maintenance, etc Whether patent big data can successfully assist companies in understanding market conditions, patent value, litigation threats and monitoring competitors' illegal infringements all depends on the acquisition of patent data However, cleaning patent data is very time-consuming, so it has always been a headache It was not until Taiwan Data Science Co, Ltd developed the "AI Data Analysis Platform for Enterprise Patent Monitoring" that the light finally appeared Traditional patent analysis is time-consuming and time-consuming Instead, use the "AI Data Analysis Platform for Enterprise Patent Monitoring" to get it done with one click The idea of "AI Data Analysis Platform for Enterprise Patent Monitoring" is to use discriminating influencing factors such as "patent code" and "company industry type" in patent application cases, through big data analysis, and Add relevant news information, and then use machine learning to assist experts through AI to analyze the current market situation, avoid the threat of lawsuits, and monitor competitors' illegal infringements These finally extracted factors will also affect the performance of individual stocks For this, according to different corporate attributes and development directions, "customized big data analysis" can be used to enhance the strategic position of the company It is hoped that the search through the platform can quickly allow companies to understand the patent layout of competitors when adding new product lines to avoid infringement or when manufacturers are looking for partners, they can also filter from companies with advanced RD and This platform serves as a great tool for co-opetition relationships System operation flow chart Traditionally, patent analysis is time-consuming and requires manual searching of patents and reading patent information to produce a patent analysis report Now, through the "Enterprise Patent Monitoring Data Analysis Platform", users can enter After systematic analysis of the company names of your own company and that of your competitors in a certain year, you can quickly know the technical layout, change trend monitoring and other results of that year and among companies, saving work time and manpower For example, if you want to know the current development status of related technologies in physics, chemistry, and electricity on the market, you can analyze the IPC patent numbers and check which companies have clusters of patents, so as to determine whether the clustered patents are relevant Technology or interdependent technology, understand the similarities in patent layout and industry trends between companies, shorten decision-making time, preemptively lay out or make patent avoidance designs Using artificial intelligence to improve traditional manual patent search operations to improve work efficiency, the "Patent Monitoring Platform" helps patent analysts more easily understand the current status of patent development in specific technical fields to predict future technology research and development directions "Patent layout" is when an enterprise builds a strict protection network for its patent portfolio by integrating market, industry, legal and other factors to form a favorable research and development direction and reduce the risk of infringement A rigorous patent layout can help companies avoid landmines in strategic planning and avoid unnecessary litigation or they can expand the scope of protection of their own technology by applying for patents and purchasing patents first To achieve this goal, The key is to identify trends ahead of peers by analyzing a large amount of patent information Taking the product line people flow information flow antenna developed by our company as an example, the patent monitoring platform can achieve the above goals based on the patent portfolio of the product People flow information flow antenna product picture In the future, text mining Text Mining will be conducted on the titles and abstracts of patent document contents Manual assistance was provided in the early stage, and machine learning was adopted in the later stage to establish a "patent thesaurus automatic word segmentation system" Use this word segmentation system to segment titles and abstracts, and calculate word frequency TF and inverted document frequency IDF Through statistical methods such as correlation numbers, the characteristics of patent documents are extracted to find related words with strong correlation between patents Improve the similarity of exploration patents and better understand the risks of patent litigation Collaborate with patent industry players to create a more convenient "Enterprise Patent Monitoring AI Data Analysis Platform" By querying the "Platform Network Diagram" of the "Enterprise Patent Monitoring AI Data Analysis Platform", a company or firm can quickly see which patents its related industry companies are laying out As for "patents", each company can consider whether to apply for all its own research and development, or directly purchase a separate patent license from an industry leader For "company products", when it comes to commercialization, different strategies can be adopted in response to the changes of the times They may have been enemies in the past few years, but with the differences in product development, they are allies today The patent monitoring platform displays the network diagram of Largan Optoelectronics and its related industries in 2009 In the "Company Cross Comparison" function query, you can select multiple years at a time For comparison companies that are highly similar to major companies, you can learn from the annual changes whether the two parties have developed too similar patents, which will make the two companies Being in the middle of a storm of high-risk infringement When there is more data in the database, the "patent risk rate" can be further calculated, allowing users who are accustomed to reading numbers or charts to quickly understand each other and themselves from another perspective Even if more parameters are added in the future, the "amount of infringement" can be estimated However, to obtain the parameter content, it is necessary to cooperate with the patent industry to create a more convenient patent risk monitoring platform Trends of similarity indicators between TSMC, Huaya Technology and Powerchip Technology 「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

【導入案例】「中小企業AI職能評鑑系統」,大幅降低企業職能導入成本
【2020 Application Example】 Small and Medium Enterprises AI Competency Evaluation System, Significantly Reducing the Cost of Competency Implementation for Businesses!

IBM's supercomputer Watson can predict when employees are likely to resign, with an accuracy rate of 95, saving IBM up to 300 million a year in retaining employees Moreover, through cloud computing services and modernization, IBM has streamlined 30 of personnel costs, allowing the remaining employees to earn higher salaries and engage in more valuable work So, in Taiwan, how can we ensure that 'employees who stay can receive higher salaries and perform more valuable work' The key lies in the 'competence setting' for each position According to the 'iCAP Competency Development Application Platform' established by the Ministry of Labor's Workforce Development Agency, every position has its main responsibilities, work tasks, behavioral indicators, work outputs, knowledge, skills, and attitudes Only by establishing 'competency' for each position can enterprises effectively apply this in employee recruitment, education and training, and performance management Without this, not knowing what employees should do is like groping in the dark, which can pose risks to business operations Competency Benchmark Example Currently, on the 'iCAP Competency Development Application Platform', there are 872 established competency benchmarks, including 553 items completed by various ministries This includes 253 items from the Ministry of Labor and 66 items from the Ministry of Education If companies want to establish their own 'competency benchmarks', they need to search for reference materials on the 'iCAP Competency Development Application Platform' Suppose a company wants to recruit 'sales' personnel but doesn't know what 'sales personnel' should do they should first search for 'sales personnel' as shown in the figure below Searching for 'sales' on the 'iCAP Competency Development Application Platform' You can find that there are 18 types of sales personnel At this point, the company needs to go through each one, check, read, and organize into the 'competency benchmarks' they need however, if we search what should be a common position in any company, 'general affairs', the result is unexpectedly zero items Searching for 'general affairs' on the 'iCAP Competency Development Application Platform' As seen above, although the 'iCAP Competency Development Application Platform' established by the Ministry of Labor's Workforce Development Agency can solve some of the 'competency benchmarks' for positions, the division of labor within each company is different, and some positions might not be found on the 'iCAP Competency Development Application Platform' Secondly, in small and medium enterprises, there are often 'multi-skilled workers', meaning many job responsibilities are on a single employee For example, in small enterprises with less than 30 people, usually, accounting, general affairs, and HR are handled by the same person If you want to establish competency benchmarks for this person, you have to search separately for 'accounting', 'general affairs', and 'HR', and then integrate these three types of job competencies, which is often time-consuming and ineffective This 'Small and Medium Enterprises AI Competency Evaluation System' aims to let 'people fully utilize their capabilities', by introducing AI to more accurately establish basic competency standards for employees, and to track their competency performance at any time Competency models are all generated and adjusted manually, which is time-consuming A domestic exporter of screws, nuts, fasteners, etc, had all its competency models generated and adjusted manually The execution process was time-consuming and insufficient to meet company needs due to personnel changes, such as previously, Qiao Mai Enterprise had specialized 'production control personnel', but after this personnel resigned, this job had to be done by other employees, meaning other employees' competency models needed to be adjusted immediately Or if the company needed to set up a development department due to future development, but previously no one had relevant experience, not only did they not know how to select from within, but also did not understand how to describe on a recruitment website to find the talent they really wanted Besides, the CEO of this company has always been troubled by internal performance management Due to the lack of precise standards and systems to measure employee performance, the results of each performance assessment did not accurately reflect the true performance of the employees, forming assessment blind spots and unable to identify truly deserving employees Thus, it is hoped that with the AI competency evaluation system, the necessary competencies for the development department can be immediately clarified, as well as how recruitment and performance appraisals should be conducted, so as to effectively solve the pain of unclear responsibilities and inaccurate assessments within the company Thus, its benefits are significant AI Competency System Establishment X Deep Learning This 4-month HR field competency system project has a clear execution direction, but the introduction of explanatory models such as Seq2Seq, Deep Keyphrase Generation, Tf-IDF keyword extraction algorithms, and PageRank are new attempts in the HR field During the process, open-source big data architecture is used for natural language processing to complete Word2Vector and index, and inverted index to establish keyword weight and relevance Due to the inability to process like image data with continuous numbers, it is necessary to simplify the feature values with related keywords such as skills, knowledge, and job categories Basic steps are briefly described as follows 1 Establish a Propagation model using Google's long-used LTR mixed Pointwise recommendation engine 2 months 2 Establish a Back Propagation model 2 months, adjust the hyperparameters of the loss function 3 Adjust the hyperparameters of the CF model 4 Establish a human-machine collaboration mechanism to obtain more data to feed the Model 5 Repeat the above steps During the development process of the competency model, Lianhe Trend Co, Ltd and Weiguang International Information Co, Ltd held multiple discussions, believing that there are interconnections between competencies After establishing the knowledge graph, further upload the competency scale to the Neo4j graph database for processing complex relational data structures with excellent performance Currently, 500 competency scales have been uploaded to the Neo4j relationship analysis platform Using python for wor2vector natural language analysis In addition to describing a position with a tensor after word2vector, finding out the appearance of this position's knowledge graph, according to this knowledge graph, one can understand the relevance between different positions and the similarity performance of their dimensions Finally, this knowledge graph is used to establish the company's 'competency model' and train it with deep learning AI Competency Evaluation System Interface In the future, in addition to establishing their own competency models, companies can also be opened to end-users Individuals can analyze their own competency performance to understand their possibilities for job change and their market value, as well as identify skills needing enhancement If companies respond to this knowledge graph, they can develop cross-industry products in the future 1 Short-term Analyze the competency scales iCAP, iPAS published by the government with natural language and keyword models, and cooperate with unsupervised learning to establish 'Native Competency Base Unit Models' 2 Medium-term Tailor-made exclusive competency models for enterprises Based on the existing 'Native Competency Base Unit Models', experts use supervised learning to train the individual company's 'Distributed Derivative Competency Models' 3 Long-term Establish 'Reinforcement Learning' models, incorporating employee career cognition and planning Competency model recommendations, comparable to professional human resource consultants Through the dynamic learning of the competency knowledge graph through unsupervised learning, individual companies' competency models are quickly established Internal human resources personnel or external professional HR consultants can then use the generated competency models to assess and apply aspects of talent recruitment, competency inventory, performance management, and education and training The system will automatically suggest competencies to be strengthened according to the company's existing job structure, including related knowledge, skills, and attitudes Through the continuous introduction and training of data, the system learns the employer's actual view of the model for that profession and feeds back to the cloud competency scale, completing the dynamic learning of the knowledge graph through transfer learning In the future, it can be comparable to professional HR consultants, thereby rapidly assisting many cross-disciplinary or technologically diverse companies in training employee competencies「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

【導入案例】AI智能配音模組,讓機器配音有溫度
【2020 Application Example】 AI Voice Synthesis Module, Bringing Warmth to Machine Narration

In response to current trends, digital learning and mobile educational materials have attracted widespread attention With rapid technological advancements, effectively nurturing professionals who can 'adapt to developmental changes' is a critical concern that many businesses continually consider Over recent years, various enterprises have progressively integrated 'digital learning' into employee training programs to enhance educational outcomes, thus bringing 'digital learning' and 'mobile educational materials' into the limelight Outsourced narration is costly and cannot handle large volumes of demand Differences in the digital educational material production process before and after the implementation of the AI voice synthesis system Strategic Breakthrough Corporation of Taiwan has assisted companies in converting many seminars, physical courses, and training events conducted by public sectors into digital materials in the past years However, during the conversion process, it required inviting teachers, finding and renting filming locations, and post-production of recordings and videos During recording, issues such as speakers' nervousness, discomfort in front of cameras, or mispronunciations might lead to poor recording quality or constant retakes Though there was an option to provide customer-specific educational material narration, the outsourcing costs were high and could not handle the demand efficiently Therefore, there was a hope to introduce AI speech synthesis technology and develop an 'Intelligent Voice Synthesis Module' to instantly convert text on slides into natural, human-like voice files, thus saving on narration costs Realistic Intelligent Voice Synthesis Module, providing a diversified selection of voices AI Voice Synthesis Module Illustration Strategic Corporation of Taiwan collaborated with the AI technology team, Magic Cube Digital Ltd, using Tacotron2 combined with WaveNet and Tacotron features Characters are embedded into Mel-scale spectrogram plots, then a modified WaveNet model acting as the vocoder synthesizes waveform in the time domain from these spectrograms, finally developing an MOS Mean Opinion Score for voice quality evaluation that approximates human-like intelligent voice synthesis modules This AI Intelligent Voice Synthesis Module, after being tested by testers using the MOS voice quality evaluation standard, received a score of 43, meeting the initial project target score of 421 and surpassing WaveNet's score of 408, thereby demonstrating exceptional effectiveness AI Intelligent Voice Synthesis Module, reducing costs and increasing profits, will effectively enhance Taiwan's digital learning industry environment Costs have been significantly reduced after the implementation of the AI voice system, and profits have increased relatively This AI Intelligent Voice Synthesis Module not only reduces the cost of producing digital educational materials but also solves the difficulties faced by Taiwan's industry, government, and academia in spreading digital educational materials It can effectively enhance the efficiency of customers in producing digital teaching materials, significantly reduce labor shortages, and cost structural risks, and improve profitability Strategic Corporation of Taiwan will also continue to develop the 'Intelligent Transcription Module' and introduce Robotic Process Automation RPA to replace the current manual processes, such as captioning, dubbing, and file conversion in the production of digital educational materials, assisting in the transformation and enhancement of the domestic digital learning industry「Translated content is generated by ChatGPT and is for reference only Translation date:2024-05-19」

這是一張圖片。 This is a picture.
【2020 Application Example】 Automatic fruit screening system: A solution that uses neural networks, AI, and automation to improve fruit screening efficiency by 10 times, increase output value by NT$1.7 billion, and significantly improve quality with 93% accuracy

Taiwan is located in the subtropics and has a diverse geographic environment that is very suitable for growing fruit Bananas and pineapples were once extremely popular export commodities that we are proud of However, farmers in consuming countries gradually obtained the excellent seeds of Taiwanrsquos fruits, and were able to grow the same quality fruit but at a more affordable price, causing our fruit exports to face a major crisis At present, although Taiwan's fruits such as mango and guava still have certain competitive advantages, if they fail to make further progress compared with other countries, they will still encounter the same problem over time and cannot be ignored Fruit quality and brand value are the only ways for Taiwan's fruit industry to remain competitive internationally Fruit screening is the main link in fruit production and marketing that determines quality Currently, the industry is highly dependent on aging rural manpower, resulting in rising fruit screening costs due to labor shortage and making it extremely difficult to maintain stable yield Therefore, the automation of fruit screening work has become a very important and urgent issue Professor Chi-Chun Lee at the Department of Electrical Engineering of National Tsing Hua University led a team to develop an automatic fruit screening system that combines cameras, conveyor belts, and AI The system currently has an accuracy reaching 93 One production season can increase the output value of mango by NT17 billion With the gradual development of the AI system, the accuracy is expected to improve in the future, and the same system can also be applied to other fruits, further promoting traceable fruit and driving the technological upgrading of Taiwan's fruit industry Fruit screening relies heavily on scarce manpower, and the aging of the rural population makes the situation even worse Professor Chi-Chun Lee learned about the fruit industryrsquos dilemma from his classmate Yu alias, who had studied together in the United States Yu is the young second-generation successor of one of Taiwan's largest fruit import and export companies According to Yu's observations in the industry over numerous years, Taiwan's fruit production and export usually generated good profits at first, but after fruit farmers in the consuming countries obtained the seeds, they will often attempt to grow the fruit locally to reduce costs and obtain greater profits If Taiwanese fruits cannot surpass the products of fruit farmers in consuming countries in terms of quality or brand value, they will be eliminated because competitors' costs are indeed lower Fruit screening is used to divide fruits according to quality If they cannot pass the minimum specification, they will be discarded as waste products In practice, the work of screening fruits will be carried out by farmers' goods yards and distributor' packaging yards respectively However, if it is not properly handled by the collection freight yards and the packaging yards do not do a good job in sampling in the early stage, it will result in a loss for distributors and cause 30 of AA grade fruits to be eliminated This job relies heavily on experienced fruit screeners More experienced fruit screeners can not only control the quality and reduce the chance of fruit damage in the fruit screening process, but also have the ability to pick out about 10 more A grade fruits, which adds great value What worries the industry is that experienced fruit screeners are gradually decreasing due to the aging population in rural areas, making them a very rare resource Such rare human resources are often in high demand during busy farming periods Farmers or distributors who fail to hire experienced fruit screeners have to settle for less experienced one, taking on the risk of additional losses and paying greater costs The most unfortunate situation suffering a loss of 30 mentioned above Fruit screening is an important process in the later stages of fruit production when packaging and selling Failure to properly control quality will result in huge losses AI is very suitable for assisting in fruit screening, but it is difficult to obtain data sets After understanding Yu's difficulties, Professor Lee found that this was a problem that could be solved using AI - although fruit screening relies heavily on experienced fruit screeners, it is a highly repetitive task Handling repetitive tasks with a large amount of data has always been a strength of AI However, the first problem appeared even before research and development work started Which fruit do we start with First of all, a suitable fruit must reach a certain export volume, and the fruit must still have considerable room for growth For some fruits that lack international competitiveness, such as bananas and pineapples, companies no longer have the ability to invest more funds to purchase equipment, let alone sponsor RampD or assist the RampD team in experiments When you have an idea, you need to pick up the pace and put it into practice as soon as possible Therefore, Irwin mango, which still has a certain advantage in terms of scale, was selected as the first experimental subject of the automatic fruit screening systemThe first step after harvesting mangoes is to screen the fruits for the first time at the goods yard After the fruits are screened, they are sent to the packaging yard for fumigation and disinfection, and preparation for sale or loaded into containers for export However, exporters with a deeper understanding of the target market will have stricter quality requirements and will often screen the fruit again to ensure the quality of the fruit before fumigation at the packaging site Since employees at the goods yard are paid based on the number of mangoes screened rather than on the quality of the mangoes, they focus on quantity when working As a result, to ensure the quality of the selected fruits, the subsequent packaging factory has to screen the fruit again, increasing labor The solution seems simple and clear - A camera, machine conveyor belts for grading and sorting, and an AI that can distinguish the quality of mangoes from their appearance are all that are needed to achieve automatic fruit screening However, the hard part is how can AI distinguish the quality of mangoes Thatrsquos right, you must start by establishing a training data set In order to create the data set, Professor Lee's team established a website that allows anyone to upload photos of mangoes and rate them Once the data sets are refined, they can be used to train AI The fruit screening machine developed by Professor Lee's team uses AI image recognition to select the best looking mangoes The accuracy of the trained AI reaches 93, which can increase the output value by NT17 billion in one season In 2019, the assistance of the Industrial Development Bureau now the Industrial Development Administration of the Ministry of Economic Affairs and AI HUB accelerated the verification of the technology Professor Lee's team accumulated 100,000 entries of data during the 2-month empirical period, and the accuracy of the trained AI reached 93 This is far higher than the manual screening accuracy of 70, resulting in a clear difference in quality In terms of export value, the output value of mango is expected to be increased by NT17 billion in one season It can also reduce labor costs by NT1866 million and avoid the seasonal labor shortage problem mentioned above In addition, since it is no longer necessary to screen the fruit once at the goods yard and packaging yard each, it also reduces losses caused by human error in the fruit screening process When the technology becomes more mature, the same system can be applied to other fruits exported by Taiwan, such as wax apple and guava, in the future, taking Taiwan's fruit industry to the next level Since it is AI, accuracy can be improved through continuous training, and continuous adjustment of algorithms and cooperation with equipment manufacturers can significantly improve production capacity In addition, Professor Lee is also organizing the AI Cup competition with the sponsorship of manufacturers and the government, allowing more teams to use the same data set to continue to develop the algorithm, in hopes of facilitating further cooperation with companies that are interested Irwin mango grade identification system on AI HUB Professor Lee's team hopes to use the power of AI to achieve complete traceability of fruits from production to packaging and transportation, thereby increasing the brand value of Taiwan's fruits Besides hoping to allow Taiwan's fruits to seize a place in the fiercely competitive foreign markets, with high-quality supply, Taiwan's fruits can also shine internationally and become the pride of Taiwan Taiwan's fruits still have certain competitive advantages in the international market, but they also face competitive pressure from fruit farmers in consuming countries as they are exported Easily save NT1866 million per mango season and significantly improve quality nbsp nbsp nbsp nbsp nbsp nbsp

rows
Rows:73, 9 pages