In a world full of accidents and tragedies, an apparent fallout of the recent technology explosion would naturally be driverless cars. They are poised to dominate our future roads and rails. The fact that most major research firms in automation are, at some level, thinking of automating travel testifies this trend. Inter-vehicle communication, image processing and position sensing are key to achieving this. A scaled down version of this scenario is presented in this contest.
There would be two rounds in the contest, the first of which would consist of an autonomous car traversing a circuit, avoiding stationary obstacles. The second round would consist of an extremely exciting race between two autonomous cars, in a tournament fashion, which would involve dodging both stationary and moving obstacles, real-time lane shifting and a whole lot of fun!
Problem Statement:
A basic line follower event for beginners in robotics. However the bot not only has to traverse a black line on a white background, but has to negotiate through obstacles, determine the correct path and compete with other bots on a race.
Prelims:
The arena will have 3 parallel tracks which are indicated by lines of width 3 cm. The designed track might consist of straight lines, smooth curves and sharp turns. The track is mostly a black line on a white background but will have inversions in some areas (see the sample arena figure given below) . The distance between any two adjacent tracks will be 30 cm. Obstacles (5cm x 5cm x 10cm painted white) will be placed on each track. The bot will have to evade the obstacles and navigate to the end of one of the tracks. A bot may be asked to start on either the leftmost or the rightmost track. The participants must be able to specify this input dynamically (e.g.: using switches).
Finals:
A knock out tournament will be held between the 8 teams who qualifies to the final round. At each round two bots will compete to reach the next level of the tournament. One bot will start on the leftmost track and other on the rightmost track. The participants must be able to specify this input dynamically (e.g.: using switches).
Bot specifications:
Arena specifications:
Sample Arena
Competition rules:
General Rules:
Team composition:
Team Robo Rush
Email: roborush14@gmail.com
Facebook: Robo Rush 2014
Team Members:
Remish Leonard Minz
+91 9611194577
Lomesh Meshram
+91 9483408723
Saneem Ahmed
+91 9663742830
Tejas Patil
+91 9611206939
Suvam Mukherjee
+91 9448234451