传统的反馈环路增益仿真方法基于有源双端口网络，分析复杂，不利于快速得到环路的定量分析。
Traditional loop gain simulation method is based on two-port network models, which is complex to analysis and it is not suitable to get quantitative analysis of the loop gain fast.
本文首先对扩展LSP可能存在环路的问题作了详细分析，然后给出了一种新的LSP扩展的环路消除技术，以避免在扩展的LS P上出现环路，从而达到节省网络资源，减小分组的时延的目的。
This paper discusses this problem in detail and gives a method to avoid forming loops in extended LSP. The network resources can be saved and the packet delay can be decreased by this method.
本文首先对扩展LSP可能存在环路的问题作了详细分析，然后给出了一种新的LSP扩展的环路消除技术，以避免在扩展的LS P上出现环路，从而达到节省网络资源，减小分组的时延的目的。
This paper discusses this problem in detail and gives a method to avoid forming loops in extended LSP. The network resources can be saved and the packet delay can be decreased by this method.
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