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A Cognitive Robotics System: The Symbolic and Subsymbolic RoboticsIntelligence Control System (SS-RICS):

机译:一种认知机器人系统:符号和亚刚的机器人学intelligence控制系统(SS-RICS):

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This paper will detail the progress on the development of the Symbolic and Subsymbolic Robotics Intelligence Control System (SS-RICS). The system is a goal oriented production system, based loosely on the cognitive architecture, the Adaptive Control of Thought-Rational (ACT-R) some additions and changes. We have found that in order to simulate complex cognition on a robot, many aspects of cognition (long term memory (LTM), perception) needed to be in place before any generalized intelligent behavior can be produced. In working with ACT-R, we found that it was a good instantiation of working memory, but that we needed to add other aspects of cognition including LTM and perception to have a complete cognitive system. Our progress to date will be noted and the challenges that remain will be addressed.
机译:本文将详细介绍符号和次锁机器人智能控制系统(SS-RICS)的开发进展。该系统是一个面向目标的生产系统,基于认知架构松散,自适应控制理性(ACT-R)一些添加和变化。我们已经发现,为了在机器人上模拟复杂认知,在可以产生任何广义智能行为之前需要到达认知的许多方面(长期记忆(LTM),感知)。在与ACT-R合作时,我们发现它是一个良好的工作记忆实例化,但我们需要添加认知的其他方面,包括LTM和感知来拥有完整的认知系统。我们迄今为止的进展情况会议,并留下留下的挑战。

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