CAJ | 학술논문

探索新的现场可编程门阵列(FPGA)逻辑单元结构一直是FPGA结构研究的重点方向，与非逻辑锥(AIC)作为一种新的逻辑结构成为FPGA新结构的希望。然而实现高效且灵活的映射工具同样是研究FPGA新结构中的重点环节。该文实现了一个面向AIC结构的FPGA映射工具，与当前映射工具相比，具有更高的灵活性，能够支持AIC结构参数的调节，辅助支持进行AIC单元结构的探索改进。同时，该文提出的AIC映射工具与原工具相比，面积指标提高了33%~36%。
탐색신적현장가편정문진렬(FPGA)라집단원결구일직시FPGA결구연구적중점방향，여비라집추(AIC)작위일충신적라집결구성위FPGA신결구적희망。연이실현고효차령활적영사공구동양시연구FPGA신결구중적중점배절。해문실현료일개면향AIC결구적FPGA영사공구，여당전영사공구상비，구유경고적령활성，능구지지AIC결구삼수적조절，보조지지진행AIC단원결구적탐색개진。동시，해문제출적AIC영사공구여원공구상비，면적지표제고료33%~36%。
Exploring a new logic element of Field Programmable Gate Array (FPGA) is always a key field in FPGAs’ research, while And-Inverter Cones (AIC) is the most promising one. Implementing a highly-efficient and highly-flexible mapping tool is also an important part of exploring new FPGA architecture. In this paper, a new mapper for AIC-based FPGA is implemented. Compared with an existing mapper, the new mapper has much higher flexibility, and supports adjustments of AICs’ architectural parameters to assit the design space exploration of AIC. Meanwhile, the new mapper provides area results 33%~36%better than the original mapper.