WO2018133476A1 - 一种家庭网关的带宽监控系统及监控方法 - Google Patents
一种家庭网关的带宽监控系统及监控方法 Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
- H04L43/0876—Network utilisation, e.g. volume of load or congestion level
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- the present invention relates to the field of home gateway testing technologies, and in particular, to a bandwidth monitoring system and a monitoring method for a home gateway.
- the Internet access rate is largely dependent on the network environment, but the network conditions are different at different time periods.
- the operator needs to know the rate status of the faulty user's home in different time periods and report the network environment status of the faulty user's area to objectively confirm whether the faulty user's home Internet access rate is normal.
- the server and other hardware facilities can be dynamically updated according to the network status. Adjust to optimize the network layout.
- the traditional bandwidth verification method is to measure the speed when the user finds that the rate is slow, but the single-user speed measurement does not give objective data to the user's home network speed, and the reason for the slow rate cannot be found in time.
- the present invention aims to provide a bandwidth monitoring system and a monitoring method for a home gateway, which can perform dynamic rate monitoring on a home gateway, and implement monitoring of network status of a single user and a user area.
- a home gateway bandwidth monitoring system includes a home gateway, a speed measurement scheduling platform, and a speed support platform, including:
- the speed measurement scheduling platform is configured to set a scheduling policy, and send a speed measurement request to all home gateways in the test area according to the scheduling policy;
- the home gateway is configured to receive the speed measurement request sent by the speed measurement scheduling platform, obtain the subscription rate of the home gateway and the speed download address from the speed measurement support platform, and measure the bandwidth, calculate the bandwidth rate, and record, and send the speed measurement result after the speed measurement is completed. Giving a speed support platform;
- the speed measurement support platform is configured to receive a subscription rate query request sent by the home gateway, query a subscription rate in a user database, and reply to the home gateway, provide a download service for the home gateway, and receive a bandwidth rate of all the home gateways in the test area. And analyzing and processing the broadband rate of all the home gateways in the test piece area to obtain the bandwidth rate of the test piece area.
- the speed measurement support platform obtains the bandwidth rate of all the test areas in the test area where the test area is located, and calculates the average bandwidth rate of the test area and the average bandwidth rate of the test area, and the average bandwidth of the test area. The rate is compared with the average bandwidth rate of the test area to determine whether the bandwidth rate of the test area is normal.
- the speed measurement support platform calculates the average rate of the home gateway of the monitoring user in the test area and the average rate of the test area, and compares the average rate of the home gateway of the monitoring user with the average rate of the test area, and judges Monitors whether the bandwidth rate of the home gateway where the user is located is normal.
- the home gateway includes a home gateway management module and a home gateway speed measurement module.
- the home gateway management module is configured to receive a speed measurement request sent by the measurement scheduling platform, and interact with the speed measurement support platform to obtain a subscription rate and a download address;
- the home gateway speed measurement module is configured to calculate the speed of the home gateway to measure the bandwidth, calculate the bandwidth rate, and record, and send the speed measurement result to the speed measurement support platform after the speed measurement is completed.
- the speed measurement support platform includes a subscription rate management module, a download service module, and a bandwidth speed rate management module.
- the subscription rate management module is configured to receive a subscription rate query request sent by the home gateway, perform a database query, and feed back the query result to the home gateway;
- the download service module is configured to provide a download service to the home gateway
- the bandwidth speed rate management module is configured to receive a speed measurement result sent by the home gateway, and analyze and process a broadband rate of all home gateways in the test area to obtain a bandwidth rate of the test area.
- a method for monitoring a bandwidth of a home gateway includes the following specific steps:
- All the home gateways in the test area receive the speed measurement request sent by the speed measurement scheduling platform, execute the speed measurement request, and send a subscription rate query request to the speed measurement support platform;
- the speed measurement support platform sends a subscription rate to the home gateway in response to the subscription rate query request sent by the home gateway, and provides a download service for the home gateway.
- the home gateway obtains the subscription rate and the download address, and measures the bandwidth, calculates the bandwidth rate, and records the speed measurement result to the speed measurement support platform after the speed measurement is completed;
- the speed measurement support platform receives the speed measurement results of all the home gateways in the test area, and analyzes and processes the broadband rate of all the home gateways in the test area to obtain the bandwidth rate of the test area.
- the scheduling policy periodically issues a speed measurement request in a period of time.
- the home gateway determines whether the speed measurement request is currently being executed in step S2. If yes, the home gateway does not respond to the speed measurement request, and vice versa, the home gateway executes the speed measurement request.
- S6 the steps of S1-S5 are repeatedly performed to obtain the bandwidth rate of all test pieces in the test area where the test area is located, and the speed measurement support platform calculates the average bandwidth rate of the test area and the average bandwidth rate of the test area. The average bandwidth rate of the test area is compared with the average bandwidth rate of the test area to determine whether the bandwidth rate of the test area is normal.
- the speed measurement support platform calculates the average rate of the home gateway where the user is located and the average bandwidth rate of the test area during the monitoring period, and the home gateway The average rate is compared with the average bandwidth rate of the test area, and it is determined whether the bandwidth rate of the home gateway where the monitoring user is located is normal.
- the bandwidth monitoring system of a home gateway of the present invention can concurrently diagnose the influencing factors of all aspects of the bandwidth rate of all users in the test area and the bandwidth rate of all test areas in the test area where the test area is located. An objective diagnosis can be made for each user and each test area, and feedback can be provided to the user.
- a bandwidth monitoring method for a home gateway is monitored in a time-phase manner, and the bandwidth of each test period, the test area, the test area, and the monitoring user home gateway can be monitored, and the direct relationship between the network pressure and the practice segment is analyzed. Monitor and diagnose network conditions.
- FIG. 1 is a block diagram of a system in an embodiment of the present invention.
- FIG. 2 is a flow chart of a method in an embodiment of the present invention.
- an embodiment of the present invention provides a bandwidth monitoring system for a home gateway, including: a speed measurement scheduling platform, a home gateway, and a speed support platform.
- the speed measurement scheduling platform is configured to set a scheduling policy, and send a speed measurement request to all home gateways in the test area according to the scheduling policy; the degree policy rate is detected in a time period, and the frequency of the speed measurement request is sent for analyzing the network in a period of time.
- the direct relationship between pressure and time period to monitor and diagnose network conditions.
- the home gateway includes a home gateway management module and a home gateway speed measurement module, and the home gateway management module is configured to receive a speed measurement request sent by the measurement scheduling platform, and obtain a subscription rate and a download address by interacting with the speed measurement support platform; the home gateway speed measurement module is configured to calculate a home gateway pair. The bandwidth is measured, the bandwidth rate is calculated and recorded, and the speed measurement result is sent to the speed support platform after the speed measurement is completed.
- the speed measurement support platform includes a subscription rate management module, a download service module, and a bandwidth speed rate management module.
- the subscription rate management module is configured to receive a subscription rate query request sent by the home gateway, perform a user database query, and feed the query result to the home gateway;
- the service module is configured to provide a download service to the home gateway, and support the home gateway speed measurement module to complete the speed measurement;
- the bandwidth speed rate management module is configured to receive the speed measurement result reported by the home gateway, and analyze and process the broadband rate of all the home gateways in the test area to obtain the bandwidth rate of the test area.
- the bandwidth speed rate management module calculates the average bandwidth rate of the test area and the average bandwidth rate of the test area according to the obtained bandwidth rate of all the test areas in the test area where the test area is located, and the average bandwidth rate of the test area and the test area. The average bandwidth rate is compared to determine whether the bandwidth rate of the test area is normal.
- the bandwidth speed rate management module calculates an average rate in the time interval of the home gateway of the monitoring user in the test area and an average rate in the same period of the test area, and monitors the average rate in the time zone of the home gateway of the user and the simultaneous interval of the test area. The average rate in the comparison is compared to determine whether the bandwidth rate of the home gateway where the monitoring user is located is normal. A comprehensive analysis of the average bandwidth rate in the test area, the test area, and the test area can be objectively given to the actual bandwidth of the test area or each user.
- a method for monitoring a home gateway includes the following specific steps:
- the scheduling policy is set by the speed measurement scheduling platform, and the scheduling policy is to periodically send a speed measurement request to all the home gateways in the test area by using a time period of a certain time point;
- all the home gateways in the test area receive the speed measurement request, determine whether the speed measurement request is currently being executed, and if yes, the home gateway does not respond to the speed measurement request; otherwise, the home gateway performs the speed measurement request, and the home gateway management module of the home gateway
- the speed measurement support platform sends a subscription rate query request for obtaining the home gateway. If the subscription rate query request is successfully sent, S3 is executed; otherwise, the monitoring ends;
- the subscription rate management module of the speed measurement support platform responds to the subscription rate query request sent by the home gateway. If the response is successful, the subscription rate management module extracts the subscription rate in the user database and sends the subscription rate to the home gateway, and the download service module provides the download service for the home gateway. On the contrary, the monitoring is over;
- the home gateway extracts the subscription rate and the download address, and the home gateway speed measurement module starts, measures the bandwidth, calculates the bandwidth rate, and records, and sends the speed measurement result to the speed measurement support platform after the speed measurement is completed;
- the speed measurement support platform receives the bandwidth rate of all the home gateways in the test area, and analyzes and processes the broadband rate of all the home gateways in the test area to obtain the bandwidth rate of the test area, where the speed measurement rate includes an average rate, a maximum rate, and an average rate. Percentage of rate with signing;
- S6 the steps of S1-S5 are repeatedly performed to obtain the bandwidth rate of all test pieces in the test area where the test area is located, and the speed measurement support platform calculates the average bandwidth rate of the test area and the average bandwidth rate of the test area, and the average bandwidth rate of the test area. Compare with the average bandwidth rate of the test area to determine whether the bandwidth rate of the test area is normal. If not, terminate the monitoring and output the diagnosis result. If it is normal, execute S7;
- the speed measurement support platform calculates the average rate of the home gateway where the user is monitored during the monitoring period, and monitors the average rate of the home gateway where the user is located and the average bandwidth rate of the test area to compare and determine the home gateway where the monitoring user is located. Whether the bandwidth rate is normal, end this monitoring, and output the diagnosis result.
- the diagnosis result is output according to the network condition of each test area in different time periods and whether the network speed of a certain time period in the user's home is in a normal range.
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Abstract
本发明公开了种家庭网关的带宽监控系统及监控方法，其包括家庭网关、测速调度平台以及测速支撑平台，包括：测速调度平台用于设置调度策略，并根据调度策略向测试片区内的所有家庭网关发送测速请求；家庭网关用于接收测速调度平台下发的测速请求，从测速支撑平台获取家庭网关的签约速率及测速下载地址并对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；测速支撑平台用于接收家庭网关发送的签约速率查询请求并在用户数据库中查询签约速率并回复给家庭网关，为家庭网关提供下载服务，接收测试片区内所有家庭网关的带宽速率，并对测试片区内所有家庭网关的宽带速率进行分析处理，得到测试片区的带宽速率。
Description
本发明涉及家庭网关测试技术领域，具体涉及一种家庭网关的带宽监控系统及监控方法。
随着整个互联网行业特别是近年来云计算的迅猛发展，各种应用不断涌现并快速发展。随着互联网应用的不断升级，使用者对应用服务、应用体验的要求越来越高。在这种形势下，用户对带宽的需求越来越高，很多用户选择了带宽提速，但是大多数用户对宽带提升后的速率仍然不满意，认为速率达不到签约速率。
上网速率很大程度上依赖于网络环境，但是不同时间段网络状况不同。运营商需要知道报故障用户家里近期不同时间段的速率状况以及报故障用户所在区域的网络环境状况才能客观确认报故障用户家里上网速率是否正常，同时可以根据网络状况来对服务器等硬件设施进行动态调整，来最优化网络布局。目前传统的带宽检验方法都是在用户发现速率慢的时候去进行测速，但是单次单用户的测速并不能对用户家里的网速给出客观的数据，不能及时找到速率慢的原因。
发明内容
针对现有技术中存在的缺陷，本发明的目的在于提供一种家庭网关的带宽监控系统及监控方法，能够对家庭网关进行动态速率监控，实现对单个用户以及用户片区内网络状态的监控。
为达到以上目的，本发明采取的技术方案是：
一种家庭网关的带宽监控系统，其包括家庭网关、测速调度平台以及测速支撑平台，包括：
测速调度平台用于设置调度策略，并根据所述调度策略向测试片区内的所有家庭网关发送测速请求；
所述家庭网关用于接收测速调度平台下发的测速请求，从测速支撑平台获取家庭网关的签约速率及测速下载地址并对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；
所述测速支撑平台用于接收所述家庭网关发送的签约速率查询请求并在用户数据库中查询签约速率并回复给家庭网关，为家庭网关提供下载服务，接收测试片区内所有家庭网关的带宽速率，并对所述测试片区内所有家庭网关的宽带速率进行分析处理，得到所述测试片区的带宽速率。
在上述技术方案的基础上，测速支撑平台获得该测试片区所在的测试区域内的所有测试片区的带宽速率，并计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率与测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常。
在上述技术方案的基础上，测速支撑平台计算测试片区内的监控用户所在家庭网关的平均速率和测试片区的平均速率，将监控用户所在家庭网关的平均速率与测试片区的平均速率做比较，判断监控用户所在家庭网关的带宽速率是否正常。
在上述技术方案的基础上，所述家庭网关包括家庭网关管理模块和家庭网关测速模块，
所述家庭网关管理模块用于接收所述测度调度平台发送的测速请求，与所述测速支撑平台交互获得签约速率及下载地址；
家庭网关测速模块用于计算家庭网关对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台。
在上述技术方案的基础上，所述测速支撑平台包括签约速率管理模块、下载服务模块和带宽测速速率管理模块，
所述签约速率管理模块用于接收所述家庭网关发送的签约速率查询请求，进行数据库查询，并将查询结果反馈给所述家庭网关；
所述下载服务模块用于给所述家庭网关提供下载服务；
所述带宽测速速率管理模块用于接收所述家庭网关发送的测速结果，并对所述测试片区内所有家庭网关的宽带速率进行分析处理，得到所述测试片区的带宽速率。
一种家庭网关的带宽监控方法，包括如下具体步骤：
S1，通过测速调度平台设置调度策略，并根据调度策略向测试片区内的所有家庭网关发送测速请求；
S2，测试片区内的所有家庭网关接收测速调度平台下发的测速请求，执行测速请求，向测速支撑平台发送签约速率查询请求；
S3，测速支撑平台响应所述家庭网关发送的签约速率查询请求，在用户数据库中提取签约速率发送给家庭网关，并为家庭网关提供下载服务；
S4，家庭网关获得签约速率和下载地址并对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；
S5，测速支撑平台接收测试片区内所有家庭网关的测速结果，并对测试片区内所有家庭网关的宽带速率进行分析处理，得到测试片区的带宽速率。
在上述技术方案的基础上，所述调度策略是以时间段为周期定期下发测速请求。
在上述技术方案的基础上，在步骤S2中家庭网关接收到测速请求后，判断当前是否正在执行测速请求，若是，则家庭网关不响应该测速请求，反之，则家庭网关执行该测速请求。
在上述技术方案的基础上，S6，重复执行S1-S5的步骤，获得测试片区所在测试区域内的所有测试片的带宽速率，测速支撑平台计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率与测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常。
在上述技术方案的基础上，S7，若测试片区的带宽速率正常，测速支撑平台计算本次监测时间段内监控用户所在的家庭网关的平均速率和测试片区的平均带宽速率，并将家庭网关的平均速率与测试片区的平均带宽速率做比较，判断监控用户所在的家庭网关的带宽速率是否正常。
与现有技术相比，本发明的优点在于：
(1)本发明的一种家庭网关的带宽监控系统能够并发的对测试片区内的所有用户的带宽速率和测试片区所在的测试区域内的所有测试区的带宽速率，综合诊断各方面的影响因素，可以针对每个用户和每个测试片区做出客观诊断，并向用户反馈。
(2)发明的一种家庭网关的带宽监控方法，调度策略分时段进行监控，能够监控各时间段，测试片区、测试区域和监控用户家庭网关的带宽速率，分析网络压力与实践段的直接关系，对网络状况进行监控和诊断。
图1为本发明实施例中的系统框图；
图2为本发明实施例中的方法流程图。
以下结合附图及实施例对本发明作进一步详细说明。
参见图1所示，本发明实施例提供一种家庭网关的带宽监控系统，包括：测速调度平台、家庭网关以及测速支撑平台，
测速调度平台用于设置调度策略，并根据调度策略向测试片区内的所有家庭网关发送测速请求；度策略率分时间段进行检测，且在一段时间内，发送测速请求的频率，用来分析网络压力与时间段的直接关系，对网络状况进行监控和诊断。
家庭网关包括家庭网关管理模块和家庭网关测速模块，家庭网关管理模块用于接收测度调度平台发送的测速请求，与测速支撑平台交互获得签约速率及下载地址；家庭网关测速模块用于计算家庭网关对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台。
测速支撑平台包括签约速率管理模块、下载服务模块和带宽测速速率管理模块，签约速率管理模块用于接收家庭网关发送的签约速率查询请求，进行用户数据库查询，并将查询结果反馈给家庭网关；下载服务模块用于给家庭网关提供下载服务，支持家庭网关测速模块完成测速；
带宽测速速率管理模块用于接收家庭网关上报的测速结果，并对测试片区内所有家庭网关的宽带速率进行分析处理，得到测试片区的带宽速率。
带宽测速速率管理模块根据获得的该测试片区所在的测试区域内的所有测试片区的带宽速率，计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率和测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常。
带宽测速速率管理模块计算测试片区内的监控用户所在家庭网关时间段内的平均速率和测试片区同时间段内的平均速率，将监控用户所在家庭网关时间段内的平均速率和测试片区同时间段内的平均速率做比较，判断监控用户所在家庭网关的带宽速率是否正常。对测试片区内用户、测试片区、测试区域内的平均带宽速率做比较进行综合分析考虑，可以客观给出测试片区或每个用户的实际的带宽状况，
参见图2所示，一种家庭网关的监控方法，包括如下具体步骤：
S1，通过测速调度平台设置调度策略，调度策略是以某时间点的时间段为周期定期向测试片区内的所有家庭网关发送测速请求；
S2，测试片区内的所有家庭网关接收测速请求，判断当前是否正在执行测速请求，若是，则家庭网关不响应该测速请求，反之，则家庭网关执行该测速请求，家庭网关的家庭网关管理模块向测速支撑平台发送获得家庭网关的签约速率查询请求，若签约速率查询请求发送成功，则执行S3，反之，则对本次监控结束；
S3，测速支撑平台的签约速率管理模块响应家庭网关发送的签约速率查询请求，若响应成功，则签约速率管理模块提取用户数据库中的签约速率发送给家庭网关，下载服务模块为家庭网关提供下载服务，反之，则对本次监控结束；
S4，家庭网关提取签约速率和下载地址，家庭网关测速模块启动，对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；
S5，测速支撑平台接收测试片区内所有家庭网关的带宽速率，并对测试片区内所有家庭网关的宽带速率进行分析处理，得到测试片区的带宽速率，其中测速速率包括平均速率、最大速率和平均速率与签约速率的百分比；
S6，重复执行S1-S5的步骤，获得测试片区所在测试区域内的所有测试片的带宽速率，测速支撑平台计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率和测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常，若不正常，则结束本次监控，输出诊断结果，若正常，则执行S7；
S7，测速支撑平台计算本次监测时间段内监控用户所在的家庭网关的平均速率，并监控用户所在的家庭网关的平均速率和测试片区的平均带宽速率做比较，判断监控用户所在的家庭网关的带宽速率是否正常，结束本次监测，输出诊断结果。根据不同时间段的各个测试片区的网络状况以及用户家中某个时间段的网速是否处于正常范围，输出诊断结果。
本发明不局限于上述实施方式，对于本技术领域的普通技术人员来说，在不脱离本发明原理的前提下，还可以做出若干改进和润饰，这些改进和润饰也视为本发明的保护范围之内。本说明书中未作详细描述的内容属于本领域专业技术人员公知的现有技术。
Claims (10)
- 一种家庭网关的带宽监控系统，其包括家庭网关、测速调度平台以及测速支撑平台，其特征在于，包括：测速调度平台用于设置调度策略，并根据所述调度策略向测试片区内的所有家庭网关发送测速请求；所述家庭网关用于接收测速调度平台下发的测速请求，从测速支撑平台获取家庭网关的签约速率及测速下载地址并对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；所述测速支撑平台用于接收所述家庭网关发送的签约速率查询请求并在用户数据库中查询签约速率并回复给家庭网关，为家庭网关提供下载服务，接收测试片区内所有家庭网关的带宽速率，并对所述测试片区内所有家庭网关的宽带速率进行分析处理，得到所述测试片区的带宽速率。
- 如权利要求1所述的一种家庭网关的带宽监控系统，其特征在于：测速支撑平台获得该测试片区所在的测试区域内的所有测试片区的带宽速率，并计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率与测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常。
- 如权利要求1所述的监控方法，其特征在于：测速支撑平台计算测试片区内的监控用户所在家庭网关的平均速率和测试片区的平均速率，将监控用户所在家庭网关的平均速率与测试片区的平均速率做比较，判断监控用户所在家庭网关的带宽速率是否正常。
- 如权利要求1所述的一种家庭网关的带宽监控系统，其特征在于：所述家庭网关包括家庭网关管理模块和家庭网关测速模块，所述家庭网关管理模块用于接收所述测度调度平台发送的测速请求，与所述测速支撑平台交互获得签约速率及下载地址；家庭网关测速模块用于计算家庭网关对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台。
- 如权利要求1所述的一种家庭网关的带宽监控系统，其特征在于：所述测速支撑平台包括签约速率管理模块、下载服务模块和带宽测速速率管理模块，所述签约速率管理模块用于接收所述家庭网关发送的签约速率查询请求，进行数据库查询，并将查询结果反馈给所述家庭网关；所述下载服务模块用于给所述家庭网关提供下载服务；所述带宽测速速率管理模块用于接收所述家庭网关发送的测速结果，并对所述测试片区内所有家庭网关的宽带速率进行分析处理，得到所述测试片区的带宽速率。
- 基于如权利要求1所述的一种家庭网关的带宽监控系统的监控方法，其特征在于，包括如下具体步骤：S1，通过测速调度平台设置调度策略，并根据调度策略向测试片区内的所有家庭网关发送测速请求；S2，测试片区内的所有家庭网关接收测速调度平台下发的测速请求，执行测速请求，向测速支撑平台发送签约速率查询请求；S3，测速支撑平台响应所述家庭网关发送的签约速率查询请求，在用户数据库中提取签约速率发送给家庭网关，并为家庭网关提供下载服务；S4，家庭网关获得签约速率和下载地址并对带宽进行测速，计算带宽速率并记录，在测速完成后将测速结果发送给测速支撑平台；S5，测速支撑平台接收测试片区内所有家庭网关的测速结果，并对测试片区内所有家庭网关的宽带速率进行分析处理，得到测试片区的带宽速率。
- 如权利要求6所述的监控方法，其特征在于：所述调度策略是以时间段为周期定期下发测速请求。
- 如权利要求7所述的监控方法，其特征在于：在步骤S2中家庭网关接收到测速请求后，判断当前是否正在执行测速请求，若是，则家庭网关不响应该测速请求，反之，则家庭网关执行该测速请求。
- 如权利要求6所述的监控方法，其特征在于，还包括：S6，重复执行S1-S5的步骤，获得测试片区所在测试区域内的所有测试片的带宽速率，测速支撑平台计算测试区域的平均带宽速率和测试片区的平均带宽速率，将测试区域的平均带宽速率与测试片区的平均带宽速率做比较，判断测试片区的带宽速率是否正常。
- 如权利要求9所述的监控方法，其特征在于：S7，若测试片区的带宽速率正常，测速支撑平台计算本次监测时间段内监控用户所在的家庭网关的平均速率和测试片区的平均带宽速率，并将家庭网关的平均速率与测试片区的平均带宽速率做比较，判断监控用户所在的家庭网关的带宽速率是否正常。
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