A Robot's Expressive Language Affects Human Strategy and Perceptions in a Competitive Game.
Aaron M. RothSamantha ReigUmang BhattJonathan ShulgachTamara AminAfsaneh DoryabFei FangManuela VelosoPublished in: RO-MAN (2019)
Keyphrases
- human robot interaction
- human robot
- optimal strategy
- robotic agents
- mobile robot
- language acquisition
- highly expressive
- programming language
- human users
- game theory
- game playing
- computer games
- language learning
- human language
- game ai
- human operators
- artificially intelligent
- vision system
- virtual world
- natural language
- human beings
- nash equilibrium
- computer controlled
- human communication
- video games
- human experts
- mixed strategy
- home environment
- lower extremity
- leader follower
- soccer game
- robot behavior
- game theoretic
- cognitive models
- attitudes toward
- robot soccer
- human subjects
- programming environment
- multi robot