Title :
Automated vigilant transportation system for minimizing the Road accidents
Author :
Thota, Chaitra V. R. ; Galla, Lavanya K. ; Narisetty, Ramya ; Mande, Uttam
Author_Institution :
GITAM Inst. of Technol., GITAM Univ., Visakhapatnam, India
Abstract :
Roads are one of the most important infrastructures in any country. The major problem on road based transportation networks is accident. The need of the hour is to implement an expert system which helps in preventing the occurrence of Road accidents. The proposed model reduces the percentage of road accidents by implementing the Vigilant Transport System which exploits the use of “Expert Speed Authority System”. The model makes use of the hybrid adaptive approach while controlling the vehicle. This module is connected with GODS (Geo Obstacle Detection System) that detects the nearby obstacles. And also controls the vehicle depending on the geographic location and the surrounding objects like schools, Hospitals. And a novel EVNS (Emergency Vehicle Notification System) is used that gives e-call to the nearby local authorities. Thereby, informing them about the accidents.
Keywords :
accident prevention; collision avoidance; expert systems; intelligent transportation systems; road accidents; road safety; EVNS; GODS; automated vigilant transportation system; e-call; emergency vehicle notification system; expert speed authority system; expert system; geo-obstacle detection system; geographic location; hybrid adaptive approach; local authorities; obstacle detection; road accident minimization; road accident occurrence prevention; road based transportation networks; surrounding objects; vehicle control; Expert systems; Road accidents; Roads; Sensors; Vehicles; ENS (Emergency Notification System); ESAS (Expert Speed Authority System); GODS (Geo Obstacle Detection System); HAA (Hybrid Adaptive Approach); Road Accidents;
Conference_Titel :
Electronics,Communication and Computational Engineering (ICECCE), 2014 International Conference on
DOI :
10.1109/ICECCE.2014.7086655