National Center for High-performance Computing (NCHC) cooperates with the Massachusetts Institute of Technology (MIT) and Argonne National Laboratory to promote the application of smart metropolis with high-speed computers and AI Deep Learning to solve congestion problems in main cities. The project further extends to cooperating with National Chung Hsing University (NCHU) and TungHai University (THU), we successfully applied the AOT urban monitoring system and sensor analysis to environmental monitoring. In practice, the system was applied to the cooperation of the Taichung City Government and the Hsinchu City Government to promote the cloud IoT of smart cities to solve the issues of monitoring data convergence and big data application in urban data governance. The results of the first phase of this project including the construction and application of the AOT monitoring system, real-time environmental monitoring in Taichung City, and traffic congestion analysis in the Central Taiwan Science Park (CTSP). The analysis of the traffic congestion in the CTSP is based on the intersection information of CTSP as the experimental environment and using MIT's traffic flow simulation system, and the traffic flows analysis system jointly developed by NCHC and Taiwan Yuan Ze University. These two systems automatically analyze the traffic flow at intersections and learn how to optimize traffic signal allocation to alleviate traffic congestion during peak time.

Effective use of data to enhance the value of elevators, to open a plug-in for your elevator "LiFTMiND is the first elevator intelligence solution designed with the passenger in mind. We are committed to making data help elevator safety improve, creating a humane ride, and building a more efficient future city. With sustainability as our goal, we will bring a new boost to elevator upgrades. We are not selling elevators, but an intelligent, safe, friendly maintenance and energy saving system that can be used, updated, and made universally available for all brands of elevators and situations through AIoT technology.

The imbalance of agricultural production, sales and labor shortage have always been a huge challenge for farmers. The independent 5G private network with O-RAN effectively introduces affordable smart agricultural system through a leasing model, combining AI, unmanned vehicles, image recognition and other field information to upgrade smart farm production management system and increase the revenue.

Micro-grid refers to the integration of distributed power sources and energy storage system in a certain area to supply the electrical energy needs of users in the area. It's a regional power grid with the ability to control power, which can disconnect from the traditional large power grid and operate. Installing green electricity can help reduce peak mobile electricity bills, and you can also get a green electricity voucher. Likewise, peak shaving and valley filling can reduce the maximum load demand and reduce the contract capacity with saving electricity bills. In emergency micro-grid could supply certain amount of electricity through energy storage system as well.

This year GO SMART invites following members to exhibit at GO SMART Pavilion: UnaBiz, AQUIVIO, Grenoble Alpes, ARK. The UnaBiz provides IoT solutions, including product design, software and communication services. The AQUIVIO offers healthier and personalized drinks, reducing plastic waste by every pour. Grenoble Alpes is one of most innovative ecosystems in the world for digital technologies, new energy, and smart cities fields. The ARK is a Taiwanese team with the tech-core of 3D display technology patents, targeting the needs of museums, artworks, and online museums. In addition, SurveyCake is an enterprise-level cloud survey service that focuses more on the questionnaire execution and interprets data into meaningful insights.

“Chia-E Smart Patrol Car” utilizes AI image recognition and mobile edge computing technology to automatically compare license plate recognition results with stolen vehicles’ blacklist in real-time. If a match is found, patrol officers will be notified immediately by voice warning, so that they can stop the vehicle for investigation. By implementing technology, “Chia-E Smart Patrol Car” can improve the efficiency of investigation, maintain public safety, and maximize the effectiveness of patrolling.

1.Integrate smart water meters, wireless communication interfaces, and online management system to supply a comprehensive solution. 2.Suitable for management of water supply in cities and water consumption in areas like schools, and shopping malls, etc. 3.Real-time monitoring: Integrating GIS information, the system can help users to seize instant water data. 4.Data Analysis: Integrating comparison of water consumption in multiple durations and water balance application to improve leakage and decrease Non Revenue Water(NRW). 5.Abnormal Alarm: With configurable setting of upper and lower limits for water consumption, the system will send a warning message to users when the amount exceeds the acceptable range. 6.Individual Billing: For shopping malls and dorm rooms, the solution can assist managers to independently calculate consumption amount for each vender and household, making billing fair and reasonable.

NU1, for office buildings with mobile access control system, bringing down 70% cost on wire deployment and 80% energy saving while no need for host PC from the very beginning.

"EUP Fleet Management System" can easily manage the core needs of vehicle dynamics, task progress, emergency response, and utilize AI to analyze driving behavior, fuel consumption, and effectively control costs. In addition, EUP provides comprehensive safety driving checks, tracks driver driving habits and physiological monitoring, significantly improving driving safety, and assisting companies in building a safe, efficient, and low-carbon transportation fleet.

Cardiovascular disease is a major global cause of death. Blood pressure monitoring is crucial, but current methods have limitations. We propose a non-invasive, accurate, and continuous method for predicting arterial pressure waveforms using composite algorithm. This enhances accuracy and real-time prediction, allowing medical professionals to monitor patients and provide timely treatment. The non-invasive approach improves patient comfort and avoids risks. Our deep learning model reduces costs, human error, and complies with industry standards. Our invention will revolutionize cardiovascular disease management by using TCN-GRU algorithms, leading to precise and timely intervention. This invention could become a standard tool for cardiovascular function monitoring, greatly impacting healthcare.

Reflective LCD, clearly visible under the sun AI vehicle detection, camera technology law enforcement Multiple payments Solar rechargeable battery, no need to pull power

In 2020, commercial 5G network has come into our lives. Taiwan’s fixed network, Taiwan Mobile Co., Ltd and Taiwan Win TV Media CO., Ltd. launched a 5G smart sports application at the Xinzhuang Baseball Stadium. We use the 5G network to provide the characteristics of Enhanced Mobile Broadband, Massive Machine Type Communications, and Ultra-reliable and Low Latency Communications, and together with local partners in Taiwan to generate a 5G smart application solution ecosystem. This project focuses on the interactive management of fans, and uses many innovative technologies for demonstration, including the key video uses MEC and 5G, integrates 3D modeling animation and collects live light and shadow, provides dynamic and static image playback, high-quality real-time 4K panoramic photography, providing live stream of sports events, AR virtual opening display, giving fans a different visual experience, highly immersive virtual baseball games bring real-life experience, 3D Holographic projection technology is used to interact with virtual player images for pitching and playing games. Finally, it is also matched with the stadium's 3D depth technology and dynamic people counting analytics technology to provide security control requirements for the stadium. The player’s training platform uses sports technology to detect player swing speed, elevation angle, or distance is provided to the coach for immediate adjustment and improvement.