Towards Simulation of Ambient Intelligence in Autonomous Vehicles using Car Racing Games

An initial implementation of an ambient intelligence (AmI) system for autonomous vehicles (AVs) inside a car racing game (namely TORCS) is presented and analyzed. The proposed system is based on a preferential routing and re-routing algorithm and a knowledge-base implemented in FLORA-2 . The routing...

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Bibliographic Details
Main Authors: Schatten, Markus, Ðuric, Bogdan Okreša, Tomičić, Igor
Format: Conference Proceeding
Language:English
Subjects:
Algorithms
Ambient intelligence
Application programming interface
Artificial intelligence
Autonomous vehicles
Communication
Computer & video games
Computer simulation
Internet of Things
Knowledge base
Preferences
Racing
Semantics
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Summary:An initial implementation of an ambient intelligence (AmI) system for autonomous vehicles (AVs) inside a car racing game (namely TORCS) is presented and analyzed. The proposed system is based on a preferential routing and re-routing algorithm and a knowledge-base implemented in FLORA-2 . The routing system is implemented as a module to B.A.R.I.C.A., an open artificial intelligence system, while the client based on the TORCS racing game is an application in B.A.R.I.C.A. terms. The current version of the system supports routing and rerouting the AV agent based on its understanding of the map and set preferences.
ISSN:1847-2001
1848-2295