电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2011年
23期
99-101
,共3页
程子敬%李富%李周
程子敬%李富%李週
정자경%리부%리주
以太环网%并行双网%冗余处理%高可靠网络
以太環網%併行雙網%冗餘處理%高可靠網絡
이태배망%병행쌍망%용여처리%고가고망락
ethernet ring%parallel network%redundancy processing%high availability
为了满足工业以太网的高可用性和不间断运行要求,通过对以太网单环结构的可靠性分析.设计了一种高可靠并行环网和冗余处理算法,并可在Linux平台下实现。实验表明,单网故障时,并行环网可无缝切换,收发终端间的丢包率为0。
為瞭滿足工業以太網的高可用性和不間斷運行要求,通過對以太網單環結構的可靠性分析.設計瞭一種高可靠併行環網和冗餘處理算法,併可在Linux平檯下實現。實驗錶明,單網故障時,併行環網可無縫切換,收髮終耑間的丟包率為0。
위료만족공업이태망적고가용성화불간단운행요구,통과대이태망단배결구적가고성분석.설계료일충고가고병행배망화용여처리산법,병가재Linux평태하실현。실험표명,단망고장시,병행배망가무봉절환,수발종단간적주포솔위0。
In order to meet the industrial ethernet high availability and continuous operation requirements,a design of high available parallel ring structure based on analysis of the reliability of single ethernet ring is presented, and redundant processing algorithm can be implemented in Linux. The experiment shows that network can switch seamlessly with the result of 0 packet loss rate between sender and receiver when single network fails.