繁中
Taichung City Government
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Taichung city government has developed its digital blueprint for the city with the vision of "convenience, efficiency, and co-creation" in mind. With “Enhancing Service Experiences for citizens”, “Strengthening Administrative Efficiency of government”, and “Facilitating Public-Private Partnerships and Mass Participation” as the primary goals, the city government will deploy plans under the guidance of following 10 strategies:
- Establishing a Smart Citizen Platform, which integrates municipal services.
- Enhancing the applications of digital technologies for 24/7 citizen services.
- Developing O2O Services that provide citizens with seamless experiences.
- Developing data exchange standards and establishing a mechanism for open and shared systems.
- Integrating resources to strengthen information security.
- Deploying IoT Infrastructure and making good use of Big Data to support municipal decision-making.
- Leveraging digital marketing to communicate policies precisely to citizens in need.
- Facilitating Public-Private partnerships for city’s innovative and sustainable development.
- Promoting open data usage while carefully taking privacy protection into account.
- Encouraging citizen participation in city governance through online platform.
The strategies presented propel Taichung’s development into the next stage of innovation and livability, making Prosperous Taichung, Delightful Life" come true.
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697
0
Smart Transportation
The Magneto Project (Road side parking spaces real-time information service)
Magneto Project provides 7,000 road side parking spaces real-time information service in Taichung, covering 100% parking hotspots.
Taichung City Government works in cooperation with Magneto Project, which organized by FarEasTone Telecommunications Co., Ltd. (FET), installed parking sensor in each high demand parking spaces. The parking sensor will send detection results to the platform by NB-IoT network, people can find the empty parking space via the official LINE ID “Parking Go”.
Magneto project has made parking more convenient. The service accumulated more than 70,000 online users and more than 1,260,000 times of service requests, and successfully assisted 75% users to find parking space in 10 minutes.
671
1
Smart Award
Leading the World! Taichung’s MIT Self-Driving Bus Upgraded the Smart Transportation
This test drive project was assisted by the Taichung Government that provided the field between December 21, 2018 and January 21, 2019. Domestic self-driving car manufacturers jointly launched the test ride service for the public. The Taichung City Government not only provided the test field for trials, but also invited domestic solution providers related to self-driving car and integrated those offer operations, equipment, technology services to form the Taichung flagship team. Taiwan Optical Platform set up the optical fiber network and Wistron developed the cloud platform of self-driving cars while Startrii., LILEE Systems and National Taiwan University (NTU) jointly developed the Motion Control Platform. The self-driving M-Bus developed by Industrial Technology Research Institute (ITRI) has been made possible with the cooperation of ITRI, Mobiletron, RAC Electric Vehicles Inc., and NTU. M-Bus was equipped with the Surrounding Sensing Subsystem (S3), Taiwan’s first environment sensing subsystem developed for self-driving vehicles, providing unique riding experience to the public with the emerging technology.
541
0
Smart Award
Innovation Service - "4D_ BIM Smart Building Facilities and Equipment Cloud Management Platform"
BIM technology facilitates the life-cycle service information required for a building, from planning, design, construction, completion, occupancy, maintenance, demolition and reconstruction, and other circulation functions. With ICT, the concept of the Internet of Things (IOT) is one of the most effective tools for obtaining this related information. Therefore, BIM + IOT is one of the main development technology trends for future building facility management (FM). This project combines BIM and IOT technology to build a high-efficiency operating system, and uses information and related data to help with calculation for program systems related to FM, so that these programs can quickly calculate based on the real-time data and provide accurate information that users need. These value-added applications based on this information, can maximize the overall performance of the building.
32
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Smart Security
Frontline Personnel Voice Controlled-Computer
This project cooperates with Feng Chia University's campus police and security personnel and campus administration staff to provide OFLO as campus police duty equipment. Through OFLO's unlimited communication range and cloud technology, campus administration staff can keep in touch with campus police and keep track of team communication status at any time.
26
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Smart Transportation
Traffic Jam Prediction System
This project uses big data analysis and machine learning technology to combine the data collected by the government's public data and transportation information platform in Taichung City to help the relevant units to make traffic control more quickly, arrange traffic management in advance and strengthen traffic monitoring to reduce traffic congestion through road congestion prediction service.
20
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Smart Governance
Shuinan Smart City’s Avant-Garde Smart Street Light Systems Project
By connecting smart street lights to an IoT system, Shuinan Smart City promotes a comprehensive and situational smart management, which not only lowers labor need, but also improves maintenance efficiency, the central park’s quality, and overall safety. This project lays the foundation of a smart city, providing creative services outside of a street light’s traditional purpose.
19
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Smart Transportation
Dynamic Traffic Signal Project
This project focuses on collecting data on traffic and travel time between intersections. The dynamic traffic signal system then analyzes traffic conditions at each intersection, instantly computes for optimal solutions, and adjusts traffic light durations accordingly to improve traffic and overall efficiency.
16
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Smart Governance
Permanent Pollution Source Report & Smart Environment Monitor System
The use of supervised learning to analyze image recognition results, paired with leveraging IoT data in monitoring the environment, the system instantly notifies when polluting events occurs. Residents can also swiftly report and obtain updates of polluting events using the communication app Line, improving surveillance efficiency.
1. System detects abnormalities and notifies the person in charge via Line in real-time, including relevant photos, videos, snapshots of the detected range.
2. Instantly visit the smart platform via smartphones or tablets.
3. Physically visit the surveilled location.
4. Pending response to the report.
5. Optimize image recognition system
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