为了满足空间任务的发展需求,使航天器上的数据源封装的空间包可以在同一条虚拟信道中高效传输,高级在轨系统(Advanced Orbiting Systems, AOS)中按照位流协议对这些数据进行复合封装,称为位流协议数据单元(Bitstream Protocol Data Uni...为了满足空间任务的发展需求,使航天器上的数据源封装的空间包可以在同一条虚拟信道中高效传输,高级在轨系统(Advanced Orbiting Systems, AOS)中按照位流协议对这些数据进行复合封装,称为位流协议数据单元(Bitstream Protocol Data Unit, BPDU),AOS系统通过创建统一的信息数据流在一个信道中传输不同的信息,如图像、语音等。本文中应用Visual C++6.0软件进行编程设计,依据AOS中的BPDU格式,对图像信源数据封装成BPDU的过程进行了仿真设计和实现。展开更多
在网络规模持续扩张、架构愈发复杂的当下,网络环路引发的故障严重威胁着网络的稳定运行与高效传输。本文对一次典型的网络环路故障展开深度分析,在定位和解决故障的过程中,借助实际案例全面阐述了MSTP协议与BPDU防护机制的综合运用,并...在网络规模持续扩张、架构愈发复杂的当下,网络环路引发的故障严重威胁着网络的稳定运行与高效传输。本文对一次典型的网络环路故障展开深度分析,在定位和解决故障的过程中,借助实际案例全面阐述了MSTP协议与BPDU防护机制的综合运用,并给出了避免网络环路的多融合处理方法。In the current context of continuously expanding network scale and increasingly complex architecture, network loop-induced failures pose a serious threat to the stable operation and efficient transmission of networks. This paper conducts an in-depth analysis of a typical network loop failure. During the process of locating and resolving the fault, the comprehensive application of the MSTP protocol and BPDU protection mechanism is thoroughly explained through an actual case. Additionally, a multi-integrated approach to avoiding network loops is presented.展开更多
文摘为了满足空间任务的发展需求,使航天器上的数据源封装的空间包可以在同一条虚拟信道中高效传输,高级在轨系统(Advanced Orbiting Systems, AOS)中按照位流协议对这些数据进行复合封装,称为位流协议数据单元(Bitstream Protocol Data Unit, BPDU),AOS系统通过创建统一的信息数据流在一个信道中传输不同的信息,如图像、语音等。本文中应用Visual C++6.0软件进行编程设计,依据AOS中的BPDU格式,对图像信源数据封装成BPDU的过程进行了仿真设计和实现。
文摘在网络规模持续扩张、架构愈发复杂的当下,网络环路引发的故障严重威胁着网络的稳定运行与高效传输。本文对一次典型的网络环路故障展开深度分析,在定位和解决故障的过程中,借助实际案例全面阐述了MSTP协议与BPDU防护机制的综合运用,并给出了避免网络环路的多融合处理方法。In the current context of continuously expanding network scale and increasingly complex architecture, network loop-induced failures pose a serious threat to the stable operation and efficient transmission of networks. This paper conducts an in-depth analysis of a typical network loop failure. During the process of locating and resolving the fault, the comprehensive application of the MSTP protocol and BPDU protection mechanism is thoroughly explained through an actual case. Additionally, a multi-integrated approach to avoiding network loops is presented.
