Scholle H C, Hoyer D, Wagner H, Witte H, Wunder L, Zwiener U
Institute of Pathological Physiology, Friedrich Schiller University, Jena, GDR.
Acta Physiol Hung. 1988;71(3):363-70.
On a biocybernetic basis, a method for the investigation of human postural motor control with optimal multifrequent binary test-signals is described. The examinations presented demonstrate that a comprehensive and quantitative characterization of normal postural motor control and its disorders is possible by means of this method in children. The examination time is short, the motor task used is simple, and the load is physiologically adequate and standardized.
本文描述了一种基于生物控制论,利用最优多频二进制测试信号来研究人体姿势运动控制的方法。所呈现的检查表明,通过这种方法可以对儿童正常姿势运动控制及其障碍进行全面且定量的表征。检查时间短,所使用的运动任务简单,且负荷在生理上是适当且标准化的。