SFB 462: Sensorimotor Systems: Biological analysis, modeling and technical applications in medicine

生物系统中的感觉运动控制问题显然与技术系统中的控制问题有关。“感觉运动系统”合作研究中心旨在将应用基础神经生物学研究和感觉生理学与信息处理系统建模相结合。我们的共同目标是解决中枢结构如何接收感觉信息以及它们如何将这种多感觉信息转化为运动活动中实现的任务和目标的问题。神经系统患者是这些医疗应用的中心。 从众多的感觉方式和运动动作，我们集中在三个主要项目领域的主题，以使联合方法的问题可能。这些区域的“感觉区”主要处理前庭和视觉传入，“运动区”处理传入对眼睛和手运动以及姿势和步态控制的影响。每个部分又细分为方法和功能。方法层面包括1）生物感觉运动系统的分析，2）建模和仿真，3）人与机器。功能级别包括三个项目领域：A）姿势和运动，B）眼视系统，以及C）眼手协调。

Problems of sensorimotor control in biological systems are obviously related to problems of control in technical systems. The collaborative research centre for "Sensorimotor Systems" aims to integrate applied basic neurobiological research and sensory physiology with the modelling of information-processing systems. Our common objective is to address the question of how central structures receive sensory information and how they transform this multisensory information into tasks and goals realized in motor activity. The neurological patient is at the center of these medical applications. From the multitude of sensory modalities and motor actions, we have concentrated thematically on three main project areas in order to make a joint approach to the problems possible. The "sensory division" of these areas deals primarily with vestibular and visual afferences and the "motor division", with the effects of the afferences on eye and hand movements as well as posture and gait control. Each of these divisions is subdivided into methods and functions. The method level comprises 1) analysis of biological sensorimotor systems, 2) modelling and simulation, 3) man and machine. The function level consists of the three project areas A) posture and movement, B) the oculomotor system, and C) eye-hand coordination.