RFC 10052:使用简单双向主动测量协议(STAMP)对不对称流量进行性能测量

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30/09/2026 às 00:00156 浏览
RFC 10052: Performance Measurement with Asymmetrical Traffic Using the Simple Two-Way Active Measurement Protocol (STAMP). This document defines an optional extension to the Simple Two-way Active Measurement Protocol (STAMP) that enables a Session-Reflector to send asymmetrical packets, that is, response packets whose size or quantity differs from those sent by the Session-Sender. While standard STAMP exchanges are symmetrical, certain measurement scenarios benefit from reflected packets of different lengths or additional responses to better approximate application traffic conditions. The extension specifies the Reflected Test Packet Control TLV and associated procedures, analyzes challenges in active performance measurement (including in multicast environments), and describes STAMP behaviors to improve measurement efficiency and reduce network impact..
RFC 10052: Performance Measurement with Asymmetrical Traffic Using the Simple Two-Way Active Measurement Protocol (STAMP). This document defines an optional extension to the Simple Two-way Active Measurement Protocol (STAMP) that enables a Session-Reflector to send asymmetrical packets, that is, response packets whose size or quantity differs from those sent by the Session-Sender. While standard STAMP exchanges are symmetrical, certain measurement scenarios benefit from reflected packets of different lengths or additional responses to better approximate application traffic conditions. The extension specifies the Reflected Test Packet Control TLV and associated procedures, analyzes challenges in active performance measurement (including in multicast environments), and describes STAMP behaviors to improve measurement efficiency and reduce network impact..
RFC Editor
本文定义了对简单双向主动测量协议(STAMP)的选型扩展,该扩展使会话反射器能够发送不对称数据包,即响应数据包,其大小或数量与会话发送者发送的数据包不同。 尽管标准的 STAMP 交换是对称的,但某些测量场景可以从不同长度或额外的响应中反射的数据包中获益,从而更好地近似应用程序流量条件。 该扩展指定了反射测试数据包控制 TLV 以及相关的程序,分析了主动性能测量中的挑战(包括在多播环境中),并描述了 STAMP 的行为,以提高测量效率并减少网络影响。
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