Workplan

PROIECT 3:
Hybrid Visible Light Communications and Augmented Reality Platform for the Development of Smart Driver Assistance and Vehicle Active Safety Systems

Description:
The project aims to develop a new V2X communications architecture, analyzing the two main communication modalities, interconnecting this architecture with other communication mechanisms (by visible light – VLC, augmented reality – IV-AR), and developing new cooperative driving assistance applications which can also be integrated into autonomous vehicles.

Phase 1: STUDY AND DEVELOPMENT OF SOFTWARE ARCHITECTURE FOR V2X COMMUNICATION SYSTEMS

  1. Study of communication methods in ad-hoc vehicular networks
  2. Implementation of software components for interconnection of devices within the software architecture of the communication module
  3. Implementation of the software architecture for the V2X communication module
  4. Study and Implementation of Effective Algorithms for Encrypting Information Transmitted in Vehicle Networks
  5. Software Architecture Testing
  6. Study of the methods for designing and digitizing complex holograms
  7. Study of hologram compression algorithms

Phase 2: INTERCONNECTING THE V2X COMMUNICATION MODULE WITH OTHER INTER & INTRA VEHICLE COMMUNICATION MODULES

  1. Designing the interconnection technology between the V2X communication module and the visible light communication module (VLC)
  2. Designing the interconnection technology between the V2X communication module and the augmented reality module (IV-AR)
  3. Software implementation of interconnection modules
  4. Testing the interconnection modules within the software architecture
  5. Organization of Workshop on Inter and Intra Vehicle Communication Technologies
  6. Implementation and design of the digitized hologram generation and compression interface

Phase 3: IMPLEMENTATION OF COOPERATIVE APPLICATIONS FOR DRIVING ASSISTANCE AND AUTONOMOUS VEHICLES

  1. Design of driver assistance applications using V2X communication and visible light communication (VLC)
  2. Software implementation and integration into the global architecture of the project
  3. Test of Driving Assistance Applications
  4. Test of the interface for generating and compressing digitized holograms
  5. Experimental results and evaluation