Abstract
Muscle spindles are complex biological receptors involved in the maintenance of posture. Such receptors have several inputs, some of which are point process like (neural signals), whereas others are continuous (e.g. muscle length). These inputs combine to produce a neural output which is also a point-process. Frequency domain analysis of the point-process signals has revealed features not apparent by other methods of investigation. Processes occurring within the muscle spindle which may not be directly accessible experimentally have been studied successfully using a combination of simulation and identification techniques.
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