Birs- 19w5235: Optimal Neuroethology of Movement and Motor Control
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Title: Should I stay or should I go: What do our movement decisions say about preference?
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Title: Adaptive evidence accumulation across multi-trial timescales
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Title: Reinforcement Learning for Agile Locomotion: From Algorithms to Design Tools
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Title: The leg bone doesn't connect with the arm bone (in optimal control of movement)
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Title: Fast and physiologically realistic predictive simulations of healthy and pathological human movement
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Title: The nervous system controls afferented muscles, which makes it a simultaneously over- and over-determined problem
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Title: Simple mechanisms for not-so-simple decisions
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Title: Is there a natural language for motor control
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Title: Mechanistic model of electrical vestibular stimuli to probe the adaptability of human bipedalism
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Title: The neural control of urgency and vigor for maximizing reward rates
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Title: Connecting the legs with a spring improves human running economy
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Title: Insect flight: From Newton's law to Neurons
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Title: Parameter Estimation for Rhythmic Locomotion
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Title: Parameter Estimation for Rhythmic Locomotion
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Title: Predicting how people will move: Energy and stability in walking and running
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Title: Predicting how people will move: Energy and stability in walking and running
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Title: How might rats use whisker movements to infer object contours?
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Title: Uncertainty in Motion Perception
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Title: Inverse Belief Dynamics from Ecological Task Behavior
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Title: Energy optimization in human walking
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