CAJ | 학술논문

基于算数增强的有限状态机（AFSM）模型,给出一种可重构（reconfigurable）控制器结构,用于实现各种网络设备接口控制器和存储器接口控制器。该结构具有动态可重构的能力,FPGA仿真结果表明,与传统基于RTL描述的AISC设计方案相比,所提出的可重构控制器结构可以达到相似的性能,但是设计和实现更加简单高效。
기우산수증강적유한상태궤（AFSM）모형,급출일충가중구（reconfigurable）공제기결구,용우실현각충망락설비접구공제기화존저기접구공제기。해결구구유동태가중구적능력,FPGA방진결과표명,여전통기우RTL묘술적AISC설계방안상비,소제출적가중구공제기결구가이체도상사적성능,단시설계화실현경가간단고효。
A architecture of reconfigurable controller that dedicated to networking equipment interface and memory interface is presented in the paper. The implementation of the controller is based on a model of arithmetic augmented finite state machine （AFSM）. Compared with traditional ASIC of RTL-based design, the simulation of based on FPGA show that this controller proposed in the paper can achieve same performance and more efficiently.