Inductive cloning of a state model for normal gait

HELLER, Ben, ANDREWS, B.J. and RIIJKHOFF, N.J.M. (1991). Inductive cloning of a state model for normal gait. In: NAGEL, Joachim H. and SMITH, William M., (eds.) Proceedings of the Annual International Conferen of hte IEEE Engineering in Medicine and Biology Society. Part 2/5. Piscataway, NJ, IEEE, 918-919. [Book Section]

Abstract
The technique of rule-based inductive learning was used to ‘clone’ the control rules used for muscle activation from kinematic variables measured during normal walking. The activation patterns (or desired output) consisted of the EMG signal of the semitendinosus muscle, determined from surface electrodes. The attributes (or input) consisted of kinematic variables. It was possible to reconstruct a quantised form of the muscular activation. The induced rules used were both explicit and comprehensible.
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