安徽农业科学
安徽農業科學
안휘농업과학
JOURNAL OF ANHUI AGRICULTURAL SCIENCES
2010年
8期
4355-4357
,共3页
循环冗余校验(CRC)%原理图输入%现场可编程门列阵(FPGA)
循環冗餘校驗(CRC)%原理圖輸入%現場可編程門列陣(FPGA)
순배용여교험(CRC)%원리도수입%현장가편정문렬진(FPGA)
Cyclic redundancy check(CRC)%Schematic diagram input.%Field programmable gate array(FPGA)
介绍了循环冗余校验(CRC)编码器的设计及FPGA实现过程,采用原理图输入法对整个系统进行了编译和仿真,并在芯片EP1K30TC144-3中对该设计的核心部分进行了测试验证.结果表明,试验数据与理论分析结果完全相符.
介紹瞭循環冗餘校驗(CRC)編碼器的設計及FPGA實現過程,採用原理圖輸入法對整箇繫統進行瞭編譯和倣真,併在芯片EP1K30TC144-3中對該設計的覈心部分進行瞭測試驗證.結果錶明,試驗數據與理論分析結果完全相符.
개소료순배용여교험(CRC)편마기적설계급FPGA실현과정,채용원리도수입법대정개계통진행료편역화방진,병재심편EP1K30TC144-3중대해설계적핵심부분진행료측시험증.결과표명,시험수거여이론분석결과완전상부.
The process of design and FPGA implement of cyclic redundancy check(CRC) encoder was introduced.The whole system was compiled and emulated with schematic diagram input method,and the core part of the design was tested and verified in chip of EP1K30TC144-3.The results showed that the tested data was completely conformed( with the theoretical analysis results.
