Negative SD Number:14 Negative DS Number:19
Negative SD Sum:152 Negative DS Sum:22
Negative SD Square Sum :2796 Negative DS Square Sum :34
Min Delay SD:1 Min Delay DS:0
Max Delay SD:72 Max Delay DS:71
Delay SD Square Sum:15111 Delay DS Square Sum:14728
Packet Loss SD:0 Packet Loss DS:0
Packet Loss Unknown:0 Average of Jitter:5
Average of Jitter SD:14 Average of Jitter DS:1
jitter out value:4.7604818 jitter in value:0.5399519
NumberOfOWD:60 Packet Loss Ratio: 0%
OWD SD Sum:339 OWD DS Sum:310
ICPIF value: 0 MOS-CQ value: 0
6.20 Configuring a Path Jitter Test
This section describes how to configure a path jitter test to check the communications between
devices along the packet transmission path.
6.20.1 Establishing the Configuration Task
6.20.2 Configuring Parameters for the Path Jitter Test
This part describes how to set path jitter test parameters.
6.20.3 Checking the Configuration
After configuring the path jitter test, you can view the test result.
6.20.1 Establishing the Configuration Task
Before configuring a path jitter test, familiarize yourself with the applicable environment,
complete the pre-configuration tasks, and obtain the required data. This can help you complete
the configuration task quickly and accurately.
Applicable Environment
A network consists of multiple devices. The intercommunication between these devices may
traverse multiple networks. To better monitor the entire network, a path jitter test can be
performed to check the communication of each part.
Pre-configuration Tasks
Before configuring the path jitter test, configure a reachable route between the NQA client and
the ICMP server.
Data Preparation
To configure the path jitter test, you need the following data.
No.
Data
1
Administrator of the NQA test instance and name of the test instance
2
Destination IP address
6 NQA Configuration
Quidway S9300 Terabit Routing Switch
Configuration Guide - Network Management
6-68
Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.
Issue 03 (2010-09-20)
