Applied result detail

Autonomous agent behavior model

CHUDÝ, P.; GAMBA, I.; POMIKÁLEK, J.; RUTA, D.; VLK, J.; PRUSTOMĚRSKÝ, M.; MITAŠ, M.; KAŠPÁREK, T.; BORŮVKA, M.

Original Title

Autonomous agent behavior model

English Title

Autonomous agent behavior model

Type

Software

Abstract

The autonomous agent behavior model software with an authentic representation of tactical rules in aerial encounters was generated using Artificial Inteligence and Machine Learning techniques, which enabled reduction of scripting complexity for a range of simulated tactical environments. The behavioral patterns are learned through interaction with the environment in series of doctrine based air encounters. Resulting agent behavior responds to actual tactical situation under selected scenario.

Abstract (in English)

The autonomous agent behavior model software with an authentic representation of tactical rules in aerial encounters was generated using Artificial Inteligence and Machine Learning techniques, which enabled reduction of scripting complexity for a range of simulated tactical environments. The behavioral patterns are learned through interaction with the environment in series of doctrine based air encounters. Resulting agent behavior responds to actual tactical situation under selected scenario.

Keywords

Agent Systems, Artificial Intelligence, Flight Control, Flight Dynamics, Machine Learning, Simulation, Tactics

Key words in English

Agent Systems, Artificial Intelligence, Flight Control, Flight Dynamics, Machine Learning, Simulation, Tactics

Location

Laboratoř Aeroworks (místnost L209), Fakulta informačních technologií VUT v Brně, Božetěchova 2, 612 66 Brno https://www.fit.vut.cz/research/product/673/.cs

Licence fee

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www

https://www.fit.vut.cz/research/product/673/