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Quantum Mechanical Model of Emotional Robot Behaviors
By: Perkowski, M.; Lukac, M.;
2007 / IEEE / 0-7695-2831-7
This item was taken from the IEEE Conference ' Quantum Mechanical Model of Emotional Robot Behaviors ' In this paper the emotional model of the humanoid Cynthea (Cybernetic Networked Humanoid Emotional Agent) robot is presented. The model is detailed at two levels: the cognitive level is described by the CRL language, and the emotional level manipulates the language in a data independent way. An emotional mapping is introduced and is used to alter the languagewords using local energy-based rules. The robot is described as a set of functional agents, each acting on behalf of its own emotional function generating the whole robot emotional state. The cognitive level is applied to describe situations such as dialogues, interactions and behaviors specified in theCRL language. The emotional level is used as a mechanism to introduce behavioral changes in the robot¿s command execution. The interaction of these levels evolves in alterations to the desired behavior. To allowglobal effects on the language levelwith lower level behavioral variations we provide a model of robot-specific emotions based on quantum cellular automata.
Quantum Mechanical Model
Emotional Robot Behaviors
Cybernetic Networked Humanoid Emotional Agent Robot
Quantum Cellular Automata
Biological System Modeling
Robot Sensing Systems
Robotics And Automation
Human Robot Interaction