CAJ | 학술논문

为解决航电系统仿真验证过程中大多数ARINC429板卡软件定时不精确、不可靠的问题，拟从硬件上实现多通道、并行、高精度定时循环发送，采用基于标准SystemVerilog语言智能配置循环存储器的方法实现优化定时功能，提出一种多通道航空总线通信板卡设计方案。该方法采用通用网络接口与计算机连接，在基于LabVIEW的航空总线测试平台下，对所设计板卡进行测试和验证，结果表明该方法能够满足多个通道并行定时发送数据的要求，并且各项指标符合ARINC429电气标准。
위해결항전계통방진험증과정중대다수ARINC429판잡연건정시불정학、불가고적문제，의종경건상실현다통도、병행、고정도정시순배발송，채용기우표준SystemVerilog어언지능배치순배존저기적방법실현우화정시공능，제출일충다통도항공총선통신판잡설계방안。해방법채용통용망락접구여계산궤련접，재기우LabVIEW적항공총선측시평태하，대소설계판잡진행측시화험증，결과표명해방법능구만족다개통도병행정시발송수거적요구，병차각항지표부합ARINC429전기표준。
In order to solve the problem that most ARINC429 card softwares has imprecise and unreliable timing in valida-tion of avionics system simulation,it is planned to realize multi-channel,parallel and high-accuracy timing cycle transmission by hardware,and implement the optimal timing function with the method that uses SystemVerilog language to intelligently con-figure a cyclic memory. A design scheme of multi-channel avionics bus communication card is proposed,in which a common network interface is adopted to connect with the computer. The designed board card was tested and validated on the LabVIEW-based aviation bus test platform. The results shows that this method can meet the requirements of parallel and timing data trans-mission in multiple channels,and each index meets ARINC429 electrical standard.