基于段路由的带内网络遥测数据集

该项数据由东南大学提供，在东南大学采集数据，数据采集的时间2022年11月。该项数据集包括专利“一种基于SRv6的带内网络遥测方法”中关键支撑数据。数据采集的内容主要包括基于段路由的带内网络遥测在测试实验时产生的数据。数据具体包括端到端的可用带宽数据和发送速率与带宽大小关系数据。本测试实验通过修改Linux内核对SRv6数据包的转发规则进行了修改，使用Mininet搭建SRv6网络环境，可变拓扑中包含200个SRv6交换机以及50个发送方、50个接收方。使用Python和C语言对基于段路由的带内网络遥测系统进行搭建，进行端到端的可用带宽进行测定。通过不断调节发送端的发送速度引起的时延变化来判断发送速度与可用带宽的关系，测定端到端的可用带宽所处区间。This dataset is provided and collected by Southeast University, with data acquisition carried out in November 2022. It contains the key supporting data from the patent entitled "In-band Network Telemetry Method Based on SRv6". The collected data primarily consists of data generated during test experiments on segment routing-based in-band network telemetry, specifically including end-to-end available bandwidth data as well as data on the relationship between transmission rate and bandwidth size. In these test experiments, the forwarding rules for SRv6 packets were modified by adjusting the Linux kernel. An SRv6 network environment was built using Mininet, with a variable topology containing 200 SRv6 switches, 50 sender nodes and 50 receiver nodes. The segment routing-based in-band network telemetry system was developed using Python and C programming languages, and end-to-end available bandwidth was measured. The relationship between sender transmission speed and available bandwidth was determined by continuously adjusting the transmission speed to observe the resulting delay changes, and the interval range of the end-to-end available bandwidth was measured.

搜集汇总

背景与挑战

背景概述

该数据集由东南大学于2022年11月采集，专注于基于段路由（SRv6）的带内网络遥测技术，包含专利“一种基于SRv6的带内网络遥测方法”的关键支撑数据。数据内容主要包括端到端的可用带宽测量以及发送速率与带宽关系测试，实验环境使用Mininet模拟SRv6网络（包含200个交换机和100个终端节点），通过Python和C语言实现系统搭建，旨在支持高性能路由器技术研究。数据集规模较小（193.32KB，3个文件），适用于网络通信领域的测试和验证。