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Bringing Up Robot Fundamental Mechanisms For Creating A Self Motivated Self Organizing Architecture
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Category : Science » Robot Science
. ed robot tasks: traditional research in the design of intelligent robots has attempted to . development by robots and animals. Science, 291, 599–600. .
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Most intelligent robot control systems begin with the goal of creating a robot to carry out human-specified tasks. While these tasks vary in difficulty, they must, by their very nature, involve abstractconcepts. For example, typical tasks might be: go to a specific location, identify an object, or pickup an object. Attempting to directly achieve the goal of carrying out human commands createsbasic assumptions about the architectural design of a robot. We call this philosophy task-orienteddesign. We believe that a significant pitfall exists in both the top-down and bottom-up task-oriented robot design methodologies: inherent anthropomorphic bias. This bias refers to the design ofprespecified robot tasks: traditional research in the design of intelligent robots has attempted toget robots to do the tasks a human can, and to do them in a humanlike manner. Historically,
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Bringing Up Robot Fundamental Mechanisms For Creating A Self Motivated Self Organizing Architecture
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. ed robot tasks traditional research in the design of intelligent robots has attempted to . development by robots and animals. Science 291 599 acirc euro ldquo 600. .
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