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Visual objects identification is a key cognitive process for intelligent virtual agents that evolve in virtual environments. This process allows the elaboration of intern representation of the environment for cognitive manipulation and posterior intelligent response production. There exists many architectures based on memory modules for visual elements(More)
Memory is an important process of human behavior. In particular visual memory encode, store, and retrieve acquired knowledge about the environment. The visual memory system involves different kinds of processes, such as sensory input and short-term visual memory. The model presents a first approach for visual memory recognition that supports the three(More)
Emotional regulation is a mechanism to adjust our behavior to the current environment. We use this mechanism to achieve goals and objectives. This paper proposes a model for emotional regulation in virtual agents based on biological evidence of human brain function. The evidence shows different brain activation during emotional regulation. The model defines(More)
Memory is an important process of human behaviour. In particular visual memory the brain to encode, store, and retrieve acquired knowledge about the environment. The visual memory system involves different kinds of processes, such as sensory input and short-term visual memory. The model presents a first approach for visual memory recognition that supports(More)
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