计算机技术与发展
計算機技術與髮展
계산궤기술여발전
COMPUTER TECHNOLOGY AND DEVELOPMENT
2013年
3期
208-210
,共3页
光纤通道%鲁棒性%大数据量%时间不确定性%通信忙碌
光纖通道%魯棒性%大數據量%時間不確定性%通信忙碌
광섬통도%로봉성%대수거량%시간불학정성%통신망록
fiber channel%robustness%large data%time indeterminacy%transmission busy
通信鲁棒性用来衡量网络在极端情况下数据传输的可靠性.机载网络通信要求高可靠性,尤其是极端情况下的数据传输.如何测试恶劣环境下高带宽、低延迟网络的通信鲁棒性,评估网络可靠性至关重要.光纤通道以其抗干扰能力强、高传输速度等优点,成为新一代航空电子系统优选主干网络.文中结合自研FC-AE-ASM协议处理芯片设计阶段的原型验证过程,介绍一种FC-AE-ASM网络通信鲁棒性测试方法,以及设计与实现过程.该方法对于大数据量传输和通信忙碌情况下数据传输的正确性进行充分验证,通过仿真的手段模拟了真实应用环境中出现的数据传输的时间不确定性、链路故障等现象,实现对光纤网络鲁棒性的测试,对网络可靠性的评估有一定借鉴意义.
通信魯棒性用來衡量網絡在極耑情況下數據傳輸的可靠性.機載網絡通信要求高可靠性,尤其是極耑情況下的數據傳輸.如何測試噁劣環境下高帶寬、低延遲網絡的通信魯棒性,評估網絡可靠性至關重要.光纖通道以其抗榦擾能力彊、高傳輸速度等優點,成為新一代航空電子繫統優選主榦網絡.文中結閤自研FC-AE-ASM協議處理芯片設計階段的原型驗證過程,介紹一種FC-AE-ASM網絡通信魯棒性測試方法,以及設計與實現過程.該方法對于大數據量傳輸和通信忙碌情況下數據傳輸的正確性進行充分驗證,通過倣真的手段模擬瞭真實應用環境中齣現的數據傳輸的時間不確定性、鏈路故障等現象,實現對光纖網絡魯棒性的測試,對網絡可靠性的評估有一定藉鑒意義.
통신로봉성용래형량망락재겁단정황하수거전수적가고성.궤재망락통신요구고가고성,우기시겁단정황하적수거전수.여하측시악렬배경하고대관、저연지망락적통신로봉성,평고망락가고성지관중요.광섬통도이기항간우능력강、고전수속도등우점,성위신일대항공전자계통우선주간망락.문중결합자연FC-AE-ASM협의처리심편설계계단적원형험증과정,개소일충FC-AE-ASM망락통신로봉성측시방법,이급설계여실현과정.해방법대우대수거량전수화통신망록정황하수거전수적정학성진행충분험증,통과방진적수단모의료진실응용배경중출현적수거전수적시간불학정성、련로고장등현상,실현대광섬망락로봉성적측시,대망락가고성적평고유일정차감의의.
The communication robustness is used to indicate the reliability of data transmission in abominable environment. The avionic network needs high reliability,especially in bad condition. It is important to test the communication robustness and evaluate the reliability of the high-bandwidth,low-latency network. As the fiber channel has advantages of high data transmission speed,anti-jamming etc,it is a good option to avionics main network. It introduces a method to test FC-AE-ASM network's communication robustness based on self-design FC-AE-ASM protocol chip. It tests data transmission's correctness in event of large data transmission and transmission busy. The method simulates sufficiently in data transmission time indeterminacy,link error etc,in order to test fiber channel network's communica-tion robustness. It provides a useful reference for evaluating network's reliability.