Acceleration-based clustering of 20,000+ strides from a 10-dog sled team reveals frequent, individually variable gait switching that is not explained by local tugline-force fluctuations.
Mapping sub-second structure in mouse behavior.Neuron, 88(6):1121–1135, 2015
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Acceleration-based clustering reveals frequent gait switching in sprint sled dogs
Acceleration-based clustering of 20,000+ strides from a 10-dog sled team reveals frequent, individually variable gait switching that is not explained by local tugline-force fluctuations.