Supporting this hypothesis, robots trained to navigate mazes with a reactive disposition prove more robust than those trained over many trials yet not rewarded ...
The idea is that robustness may result not from detailed internal models or finely-tuned control policies but from cautious exploratory behavior. Supporting ...
Supporting this hypothesis, robots trained to navigate mazes with a reactive disposition prove more robust than those trained over many trials yet not rewarded ...
This work proposes to train machines to be reactive to their environment. The idea is that robustness may result not from detailed internal models or finely ...
Supporting this hypothesis, robots trained to navigate mazes with a reactive disposition prove more robust than those trained over many trials yet not rewarded ...
Supporting this hypothesis, robots trained to navigate mazes with a reactive disposition prove more robust than those trained over many trials yet not rewarded ...
"Encouraging reactivity to create robust machines" - ucf stars
stars.library.ucf.edu › facultybib2010
Abstract. The robustness of animal behavior is unmatched by current machines, which often falter when exposed to unforeseen conditions.
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This paper proposes an approach for robust predictive–reactive scheduling and incorporates an analysis of how robust predictive scheduling influences the ...
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Below are a handful of practical suggestions to help transition from a reactive maintenance culture to proactive and predictive practices.