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Recently, it was learned from the Shanghai Jiading District Government that in the “2015 Smart Manufacturing Pilot Demonstration Project List†issued by the Ministry of Industry and Information Technology at the end of July, the Shanghai International Auto City’s intelligent networked vehicle pilot demonstration project was shortlisted. This means that the first pilot project area for smart IoT vehicles in China will be settled in Jiading, and the project will focus on autonomous driving, with 25 square kilometers in the core area of ​​Anting Automobile City as the main demonstration area, gradually expanding to 465 square meters in Jiading. Kilometer range.
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Relevant persons from Shanghai International Automobile City revealed to the journalists that in the future, they will start from the Shanghai Automobile Expo Park and the Tongji University Jiading Campus. The project is still in the start-up phase and is currently undergoing work on planning and construction of the demonstration area.
Driverless car demonstration road covers Anting New Town
According to the relevant person of the Shanghai International Automobile City Office, the intelligent networked car is different from the conventional car, and will focus on autonomous driving, that is, realize unmanned driving, drive on a certain loop, and timely perform information sensing and fault warning according to the road condition. Diagnosis, etc.
The project will consist of the closed area of ​​the “Two Parks†demonstration area – Shanghai Automobile Expo Park and Tongji University Jiading Campus, part of the municipal road and the core area of ​​the Auto City. The demonstration area is more than 25 square kilometers in the core area of ​​the Auto City. Accumulating 50 kilometers, covering the residential, commercial, school, hotel, park and other areas of Anting New Town, it is planned to install information collection system for traffic lights at more than 50 intersections, which can be released in real time and remotely adjusted by the service platform. Install traffic monitoring equipment at the above intersections, and have more than 30 road hazard status monitoring and danger information release equipment.
Within three years, it plans to invest more than 2,000 vehicles, including cars, SUVs, light buses, buses, sanitation vehicles, trucks, logistics vehicles and other vehicles, of which more than 400 are equipped with short-distance communication equipment and Beidou high-precision positioning equipment. Recording road condition information, vehicle operating conditions and driver's driving behavior, etc., can realize intelligent network connection applications such as information prompting, safety warning and control, and green energy saving.
Taking Shanghai Auto Expo Park as an example, an intelligent network connection start-up demonstration area consisting of closed roads will be built, which will have the functions of testing, verification and demonstration of intelligent network-related vehicle related technologies. At present, the existing roads in the automobile park form a 3 km. The left and right loops, another road divides the loop into two small loops. These roads have basic road conditions such as corners and intersections. After proper modification, the typical test scenarios of intelligent networked vehicles can be reproduced.
In addition, in the Jiading Campus of Tongji University, a demonstration area integrating advanced driver assistance systems, intelligent networked vehicles, automatic driving, wireless charging and other intelligent vehicle technology testing and demonstration will be built to meet the needs of intelligent vehicle development, demonstration and demonstration.
Driverless cars can warn and control dangers independently
“The construction of the intelligent networked vehicle demonstration zone will take some time, because the development and verification process requires the cooperation of the road environment, the communication environment and other intelligent networked vehicles. The launch of the project will first build an environment for testing and verification of intelligent networked vehicles. Conditions, and corresponding data collection, data analysis, management monitoring platform, promote the relevant standards for discussion and formulation, and then promote." Shanghai International Automobile City Office related sources revealed that it is expected to form a preliminary demonstration zone planning plan by the end of 2015.
"The biggest role of intelligent networked vehicles is to be able to self-perceive and diagnose faults. Vehicles can independently detect peripheral information through sensors such as on-board cameras, radar, and ultrasonic waves, and make independent warning and control of dangerous situations, and also realize network communication. Function.†According to the relevant person of the Shanghai International Automobile City Office, “When the pedestrian crosses the road, the car will automatically detect and judge until the brake decelerates. When multiple cars form the train, you can keep the safety car through the workshop 'conversation'. Distance, can wake up the car's brakes early when encountering a red light."
In addition, intelligent networked cars can also achieve adaptive functions. “The vehicle control system can adjust the engine control strategy and the transmission shift strategy according to the changes of traffic flow, road status, etc., and adjust the throttle and brake pedal response according to the driver's habit characteristics, and improve the occupants on the basis of energy saving and emission reduction. Comfort."
In the future, relevant institutions in Jiading District will fully draw on American experience. Jiading District said that the construction of the intelligent networked vehicle pilot demonstration zone involves a number of key advanced technologies, such as vehicle intelligent transformation, multi-mode communication system construction, information service platform construction, and test verification system construction. The implementation of the project will also promote key issues in the future. Research and development and industrialization of advanced technologies.
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