信息通信
信息通信
신식통신
Information & Communications
2015年
10期
62-63
,共2页
软核%FPGA%嵌入系统%遥控
軟覈%FPGA%嵌入繫統%遙控
연핵%FPGA%감입계통%요공
soft-core%FPGA%embedded systems%remote control
目前基于FPGA的控制系统设计已成一种发展趋势,尤其FPGA内可嵌NiosⅡ可配置软核,突出的特点是可根据工程需要进行软核配置,灵活性强,特别适合工程设计.通过对无线空调控制系统设计,具体阐述利用软核配置控制系统的过程,并通过了SOPC设计平台进行系统硬件调试和验证过程.
目前基于FPGA的控製繫統設計已成一種髮展趨勢,尤其FPGA內可嵌NiosⅡ可配置軟覈,突齣的特點是可根據工程需要進行軟覈配置,靈活性彊,特彆適閤工程設計.通過對無線空調控製繫統設計,具體闡述利用軟覈配置控製繫統的過程,併通過瞭SOPC設計平檯進行繫統硬件調試和驗證過程.
목전기우FPGA적공제계통설계이성일충발전추세,우기FPGA내가감NiosⅡ가배치연핵,돌출적특점시가근거공정수요진행연핵배치,령활성강,특별괄합공정설계.통과대무선공조공제계통설계,구체천술이용연핵배치공제계통적과정,병통과료SOPC설계평태진행계통경건조시화험증과정.
The FPGA-based control system design has become a trend, especially can be embedded within the FPGA NiosⅡconfigurable soft-core, prominent feature is available for the soft-core configuration according to project needs, flexibility, es-pecially for engineering design. Based on the radio air-conditioning control system design, specifically addressed the use of soft-core configuration process control system, and passed the SOPC design platform for system hardware debugging and verifica-tion process.
