Real-time Sensing and Control Computing for Automotive Systems

该奖项向密歇根州立大学Faithi Salam博士提供资金，用于支持一项名为“汽车系统实时传感和控制计算”的综合研究课程开发项目。本项目拟将实时传感与控制系统领域的研究成果整合到一个两学期的高级顶点课程的设计中，该课程将整合电气工程和机械工程课程。课程开发工作将涉及几所大学和来自三大汽车生产商和其他主要汽车供应商的工业赞助商的合作努力。拟议的课程形式将模拟一个微工业研究环境，行业合作伙伴和其他人将选择今年的汽车系统和主题，教师和行业赞助商将与学生一起开展项目，让他们亲身体验高科技环境，同时产生新的知识，这些知识将反馈到实时传感和控制的研究中。

EEC-9700741 Salam Abstract This award provides funding to Michigan State University under the direction of Dr. Faithi Salam, for the support of a Combined Research-Curriculum Development project entitled, "Real-time Sensing and Control Computing for Automotive Systems." This project proposes to bring research results in the area of real time sensing and control systems into the design of a two semester senior level capstone course which will integrate electrical engineering and mechanical engineering curricula. This curricula development effort will involve a collaborative effort of several universities and industrial sponsors from the Big Three automotive producers and other major automotive suppliers. The proposed class format will simulate a micro-industrial research environment where industry partners and others would select the automotive systems and theme for the year and faculty and industrial sponsors would work with the students on projects which would give them a hands-on feel of a high tech environment while generating new knowledge which feeds back into research on real-time sensing and control.