Multisensory perception in active observers

感知和行动通常是分开研究的，通常是在有限的、非生态的条件下。最近的证据表明，这两种功能具有内在联系，相互影响。该项目利用新技术来研究真实和虚拟多感官环境中自由运动观察者的动态感知。该项目将建立感知/行动联系的机制，并揭示如何在动态输入随行动变化的情况下实现感知稳定性。它将对大脑如何整合感知多感官世界和对其采取行动的双重功能产生新的理解，并将为虚拟、远程和机器人应用产生有用的知识。

Perception and action are usually studied separately, often under limited, non-ecological conditions. Recent evidence shows both functions are intrinsically linked and mutually influence each other. This project exploits new technologies to study dynamic perception in free-moving observers in real and virtual multisensory environments. The project will establish the mechanisms underlying the perception/action link and reveal how perceptual stability is achieved despite dynamic input that changes with action. It will generate new understanding of how the brain integrates its twin functions of perceiving the multisensory world and acting upon it, and will generate useful knowledge for virtual, remote and robotic applications.