Analysis of Blind Spot in Heavy Vehicles using TOPSIS MCDM Method

Abstract

. Blind Spot in Heavy Vehicles Road safety is a major concern due to the increasing number of accidents every year Is. Braking from simple installation such as seat belt, airbag and rear camera on the safety system Very complex and intelligent like assist, lane change assistance and blind spot tracking The system includes up. Such as heavy trucks and cyclists or pedestrian’s Smart vehicle blind spot detection system conflicts between vulnerable road users Often causing serious injuries to vulnerable road users. Blind spot Mirrors and an advanced blind spot detection system help to avoid conflictsRoad protection is a major difficulty due to the increasing wide variety of accidents every 12 months Is. Braking from simple set up which include seat belt, airbag and rear digital camera at the safety device Very complex and intelligent like assist, lane trade help and blind spot tracking The system includes up. Such as heavy vehicles and cyclists or pedestrians’ Smart automobile blind spot detection device conflicts between prone road customers often inflicting serious accidents to susceptible road users. Blind spot Mirrors and an advanced blind spot detection system assist to avoid conflicts.In this paper we used TOPSIS for ranking the TOPSIS method is the most ideal solution Short-distance and Alternative The solution with the longest distance from the solution Determines, but the comparison of these distances Does not consider importance. Radar Model Example, Azimuth, Elevation, Horizontal resolution, Maximum detectable speed, Speed measurement accuracy. Evaluation Parameters in Radar type, Short Range, Radar Mid-Range, Radar Long Range. Use Attention deficit from the result it is seen that Maximum detectable speed is got the first rank whereas is the Speed measurement accuracy is having the Lowest rank.