An Undergraduate Computer Engineering Educational Framework for using Field Programmable Gate Arrays as Efficient Hardware Accelerators

计算机科学（31）“使用现场可编程门阵列（FPGA）作为高效硬件加速器的本科计算机工程教育框架”项目正在为本科课程开发将算法映射到FPGA以进行高性能计算的教材。智力优势：该项目正在评估本科水平的FPGA教学。 它正在开发教育材料，包括动手实验室，指导学生在FPGA硬件上设计和实现算法。更广泛的影响：该项目是为了满足国家对越来越多的计算机科学家的需求，这些科学家能够利用FPGA的计算能力。 项目执行机构正在通过一个讲习班和在区域和国家会议上的介绍来传播其成果。

Computer Science (31)The "An Undergraduate Computer Engineering Educational Framework for using Field Programmable Gate Arrays (FPGA)s as Efficient Hardware Accelerators" project is developing educational materials for an undergraduate course on mapping algorithms to FPGAs to conduct high performance computing.Intellectual Merit: This project is evaluating teaching FPGAs at the undergraduate level. It is developing educational materials, including hands-on labs, for instructing students in the design and implementation of algorithms on FPGA hardware.Broader Impact: This project is responding to a national need for increased numbers of computer scientists able to leverage the computational power of FPGAs. The PIs are disseminating their results through a workshop and presentations at both regional and national conferences.