1. Automobiles

2. Intelligent Transportation System Intelligent Transportation System –  It is a real time transportation networks management solution with adaptive analysis based modeling and prediction capabilities to attain sustainable performance and safety.

3.  Lesser Jams, Higher traffic flux  Safety  Socio-Economical ▪ Decrease in number of accidents and hence, death tolls. ▪ Lesser Criminal acts  Ecological ▪ Crisis management during anthropogenic catastrophes ▪ Control atmosphere pollution  Optimize road ways, signs, traffic lights.  Optimize expenses.

4. Generation of optimized transport network is possible using the following approaches:  Inventory of roadways equipment (signs, traffic lights, detectors, controllers, etc.), road repair and renovation strategy.  Installation, accumulation, statistical and visual processing using the sensors’ networks incorporated in spatial model of a city with high precision of positioning  Identify optimal methodologies to manage the infrastructure and to diversify it for mass service. Create a knowledge base for adaptive system for optimized real-time management (ASORTM).  Integration of traffic lights, and other regulatory equipment with ASORTM, alarm systems – antiterrorist centers, crisis management offices, etc.  Round the clock monitoring and prediction of the technical condition of ASORTM infrastructure.

5.  Methods to accommodate statistics of typical routes  Find adaptive algorithms to optimize the traffic flux (traffic lights, other controllers etc.)  Redesign or optimization of road ways networks  Development of new circuits in accordance with the traffic routes (smart signs, sensors…)  Methods to monitor changes of any of the parameters of ITS  Methods to control and optimize traffic during critical situations (crisis management).

6. Centralized TLM Control System TL Monitoring (site #1) Controller #1 TL Monitoring (site #2) Controller #2 TL Management (site #n) Controller #n

7. ITS Monitoring & local TLM Management Site #1 Controller #1 Site #2 Controller #2 … Site #n Controller #n Centralized TLM Management TLM Management Decision Making Traffic flux monitoring system

8.  Traffic flux sensors (road-side UHF, laser apertures)  Meteorological and sensorial condition of road surface and surroundings.  TechVision and Recognition Systems  Multilane vehicle’s license plate recognition and its characteristics.  Speed control mode, other programmable modes  Positioning and monitoring system using GPS/Glonass technologies  Real time traffic jam information  Informing drivers about the hindrances/ problems/ jams, predicting accidents.

9. Informing drivers about the hindrances/ problems/ jams, predicting accidents Using GLONASS/GPS NAVI technology, technical vision and other sensor networks

12. Traffic information collection system Online System Video/tele camera Sensors’ network AVL navigationOffline SystemStatistics Route information Integration of road ways Infrastructure management, vehicles, and real time sensor equipment can assure better quality and safer driving in the future.