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中文版
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| Title: |
Cybernetic technologies for Cars in the Chinese Cities |
| Partners: |
Research Institute of Robotics, Shanghai Jiao Tong University, China
Department of Automation, Shanghai Jiao Tong University, China
INRIA, France
Coimbra University, Portugal |
| funded by: |
EC Asia IT&C Programme (CN/ASIA – IT&C / 002 (88667)) |
| Starting Date: |
December 2004 |
| Duration: |
24 months |
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The CyberC3 Project will liaise with the existing
IST European CyberCars Project (Cybernetic Technologies for the Car in the City)
and apply advanced IT&C technologies in cars and transport system, on one hand,
aiming to propose an innovative transportation for the city of tomorrow based on
fully automated vehicles (Cybercars), which has advantages of high flexibility,
efficiency, safety; on the other hand, aiming to protect the environment and
improve the quality of life for Asian sustainable development. The target groups
are made up of five sub-groups: the IT&C researchers in automated vehicles; the
decision-makers, such as governments, site managers, organizers of big
activities; the end users; the system operators; the industries, such as car
manufactories.
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to facilitate and improve contacts of Asian
partners with the existing IST European Project CyberCars, through a series
of workshops;
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to encourage technology transfer, exchange of
know-how, and stimulate collaboration among partners, through establishing
related task forces with experts participating from both Europe and Asia,
and developing new Cybercars vehicles;
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to apply the advanced IT&C technologies in
the cars and transportation systems in Asia, through a pilot application in
the Shanghai Oriental Land;
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to discovery the prospect of Cybercars in
China and other Asian countries, through potential user analysis and site
study, especially in the Beijing 2008 Olympic and the Shanghai 2010 World
Expo, and to give guidelines for future land transport in Asia.
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The CyberC3 Project is divided into six main
activities:
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ACTIVITY 1: Preparation I:
Overall Scheme, including establishment of the official Project website,
establishment of task forces, user needs analysis for the pilot application,
and a technical workshop in Shanghai;
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ACTIVITY 2: Preparation II:
Technical Details, including test and evaluation of existing technologies,
study tour in Europe, and a technical workshop in Paris;
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ACTIVITY 3: Development of Vehicles
including system design, electromechanical reconstruction of vehicle body,
development of sub-systems (the sensor data acquisition system, the
navigation system, the safety system for obstacle detection and collision
avoidance, the control system, and the on-board HMI system), system
integration, testing, refinement and demonstration, and production;
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ACTIVITY 4: Implementation of a Pilot
Application
including site visit and user needs analysis in the Oriental Land,
system design, construction of infrastructures (the navigation
infrastructure, the stations, the electrical energy supply system, and the
control office and the garage), development of the communication system and
the central management system, system integration and testing,
demonstration, and operation;
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ACTIVITY 5: Potential Site Study
including potential sites visit in China, user needs analysis, and solution
study;
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ACTIVITY 6: Dissemination of the Results
including a workshop in Shanghai, reparation of the final report, and
dissemination of the results.
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Month 01: Creation of the Project website, establishment of task forces;
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Month 04:1st technical workshop in Shanghai and site visit;
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Month 07:
Study tour in Europe and 2nd technical workshop in Paris;
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Month 11: Demonstration of new Cybercars vehicles;
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Month 12: Production of new Cybercars vehicles for the pilot application;
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Month 21: Demonstration of the pilot application in the
Oriental Land;
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Month 22: Potential site visit and study;
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Month 23: Workshop in Shanghai;
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Month 24: Dissemination of the result.
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