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CAR Workshop. @KReSIT 1 st Dec. 2003. Core-group on Automotive R&D (CAR). Ministry of Science & Technology, Govt. of India. Constituted by Dr.R. Chidambaram, Principal Scientific Adviser to Govt. of India in April 2003

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car workshop

CAR Workshop

@KReSIT 1st Dec. 2003

core group on automotive r d car
Core-group on Automotive R&D (CAR)
  • Ministry of Science & Technology, Govt. of India.
  • Constituted by Dr.R. Chidambaram, Principal Scientific Adviser to Govt. of India in April 2003
  • Comprises of senior people from Indian automobile and auto-component makers, academia.
  • Goal:
    • prepare roadmap for cooperative R&D programme to support the Indian Automobile Industry
    • identify areas where intellectual property protection will enhance the position of industry.
six expert panels
Six Expert-Panels
  • Embedded (Control) Systems
  • Telematics
  • Hydrogen & Alternate Energy Technologies
  • Advanced Materials
  • Low-cost Safety
  • Recyclability of auto systems & components
tasks
Tasks
  • Leading to articulation of “roadmap” for cooperative R&D in the Indian Automotive Sector.
  • CAR will:
    • Create and update list of technologies critical to development of world class automotive industry.
    • Create and update list of experts for "Technology Board"
    • Develop "position paper" describing critical technology  
    • Draw up prioritized list of R&D programs .
embedded systems panel
Embedded Systems Panel
  • Vehicle Software Architecture:
    • sensors and actuators, black-boxes and sub-systems & communication
    • Modeling/architecture of these elements
    • Interface characteristics, protocols, etc.
    • Re-use, modular design, flexibility
    • Safety and predictability
  • Automobile sub-systems
    • Sub-systems like X-by-wire, navigation, automatic suspension, etc.
  • Vehicle Software and Tools:
    • Simulators/ test-beds to test/ evaluate systems
    • Tools for rapid prototyping, verifying, exploring hardware/software co-design.
embedded systems
Embedded Systems
  • Real-time Systems
    • Real-time mechanisms for distributed control and communication network
    • Bus design and provisioning and protocol issues.
  • Power Electronics & Drives Group
    • Software interface specifications for electric propulsion and energy systems
    • Specification/design of electric propulsion systems
    • Software interface to the vehicle software system.
  • Dependability/Safety/Graceful degradation
    • Dependability and related functional requirements
    • Graceful degradation
    • Tools for verification of software and testing.
embedded systems1
Embedded Systems
  • Communication Network
    • Design and build network hardware/software + messaging system for prototype vehicle.
  • Automobile Curriculum Group:
    • Develop curricula for CSE/EE courses promoting automobile sector as user of embedded systems
    • Prepares students for career in the automobile sector.
pre competitive medium long term projects
Pre-competitive medium/long term projects
  • > three years in duration
  • Hybrid Electric Vehicles (HEV) systems
    • Motor control (control and power)
    • System control in conjunction with ECU
    • Battery charge control and health monitor
    • Vehicle body electronics
    • Data flow protocols
  • Multidisciplinary activity
    • Needs modeling/ simulation tools, embedded controllers, power-electronics systems, work on IC engine mapping and control, vehicle systems modeling and optimization.
  • Need algorithm-based virtual model that is processor-neutral and we need to work towards an open source component library. Industry partners will be free to use these components to shorten their product development cycles by 50-70% of current estimates
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