This paper describes a system Identification techniques which are applied to the normal human stretch reflex response characteristics.
The system I Identification techniques are performed by crosscorrelation a pseudo random displacement of the forear...
This paper describes a system Identification techniques which are applied to the normal human stretch reflex response characteristics.
The system I Identification techniques are performed by crosscorrelation a pseudo random displacement of the forearm with surface electromyogra-Phic signal obtained from biceps muscle.
With the experimental examinations, Clear response are obtained for small amplitudes of 0.5 [mm] at the wrist typically with testing duration of about 1(min), and additionally a reflecting response components of the limb control system which actuate with automatic are confirmed here also.
The results obtained using current techniques demonstrates that, Highly reproducible measurements of the reflex response to the stretch by means of In put/out put crosscorrelating method can be obtained from muscle of the upper arm, and these are compared with the model of simulations based upon a linear stretch reflex systems.
Further more, In cases of the reflex system is 13ehaving nonlinearly in response to the larger with multiplex input yet remains yet unsettled problem, there of this problem should be considered in after more details.