BAC: Analog-VLSI and Parallel-Computer Modeling of Intersegmental Coordination

小行星9511721 人类和动物在他们的环境中移动似乎很容易。 为了设计更好的机器人设备，工程师们希望捕捉动物使用的设计原则。 这是一个工程师，计算机科学家和生物学家之间的跨学科项目，旨在通过研究鱼类和其他简单动物产生游泳运动的神经系统，更好地了解动物控制运动的方式。 这项研究将包括研究特定动物的神经系统和模拟这些系统产生的行为。神经系统中的回路创造了观察到的运动模式，即使在这些相对简单的动物中也是非常复杂的。因此，这些研究人员的研究将集中在模拟生物功能的超大规模集成电路（VLSI）的设计上。这些复杂的人造电路使得在真实的时间内创造出与生物学上的对应物非常相似的神经元放电模式变得容易得多。这项研究的最终目标是更好地了解生物学，同时学习如何更好地设计系统，以执行目前只能由人类和其他动物执行的复杂任务。

9511721 DeWeerth Humans and animals move around in their environments with seeming ease. To design better robotic devices, engineers would like to capture the design principles that animals use. This in an interdisciplinary project between engineers, computer scientists and biologist directed at gaining a better understanding of the ways animals control movement, by studying the neural systems that generate swimming motion in fish and other simple animals. This research will consist both of studying the nervous system of the particular animals and of modeling the behaviors generated by these systems. The circuits in the nervous systems that create the observed patterns of movement, even in these relatively simple animals are very complex. Therefore, the research of these investigators will focus on the design of very large-scale integrated (VLSI) circuits that emulate the function of the biology. These complex artificial circuits make it much easier to create neuron firing patterns in real time that are very similar to those found in their biological counterparts. The end goal of this research is to develop a better understanding of the biology while learning how to better engineer systems that perform complex tasks that can currently only be performed by humans and other animals.