A method for detecting the reliability of converged gateway network functions

Abstract

The present invention relates to the field of network equipment testing, and discloses a method for detecting the reliability of the network function of a fusion gateway, including: configuring the Internet access function and the SSID name and password of each home smart gateway to be tested and Wi-Fi, associating the user STA with the SSID of the Wi-Fi of the home smart gateway, generating a test container by a test module, and controlling the user STA to perform reliability testing according to a selected strategy, and obtaining the Internet access qualification rate and the download qualification rate according to the number of Internet access qualified devices of the home gateway to be tested and the number of download qualified devices of the home gateway to be tested, respectively, and obtaining the reliability of the home smart gateway according to the selected strategy. The present invention comprehensively evaluates the reliability of the Wi-Fi network function of the home smart gateway by simulating the actual usage scenario of the user and comprehensively considering the performance of both web page access and network resource download.

Description

Technical Field

[0001] The invention relates to the field of network equipment testing, and in particular to a method for detecting the reliability of a converged gateway network function. Background Art

[0002] With the rapid development of smart home technology, the performance stability and reliability of the network function of the home smart gateway, as the key bridge connecting various smart devices in the home and the external Internet, are particularly important. The home smart gateway is not only responsible for providing access services to the home network, but also undertakes multiple responsibilities such as device management, data forwarding, and security protection. Among them, the Wi-Fi network function is one of the core functions of the home smart gateway, and its performance directly affects the user experience, including the smoothness of web browsing, the speed and stability of network resource downloads, etc.

[0003] However, there are many brands of home smart gateways on the market, the product quality varies greatly, and the reliability of Wi-Fi network functions varies greatly. During the selection and use process, users often find it difficult to intuitively judge whether the Wi-Fi performance of the home smart gateway meets their needs, resulting in poor network experience, such as slow web page loading, video freezes, download failures and other problems. Therefore, developing an effective method to detect the reliability of the Wi-Fi network function of the home smart gateway is of great significance to improving user experience and promoting the healthy development of the smart home industry.

[0004] Existing home smart gateway testing methods mostly focus on single performance indicators, such as signal strength, transmission rate, etc., and lack a comprehensive evaluation of comprehensive performance in actual usage scenarios. In addition, traditional testing methods often require professional testing equipment and environments, are complex to operate, and are costly, making them inconvenient for ordinary users or manufacturers to conduct large-scale testing and applications. Summary of the invention

[0005] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a method for detecting the reliability of a converged gateway network function, comprising the following steps: Step 1: Configure the Internet access function and Wi-Fi SSID name and password of each home smart gateway to be tested, associate the user STA with the Wi-Fi SSID of the home smart gateway, and the test module generates a test container. The test container controls the user STA to perform reliability testing according to the selected strategy. If it is a web access test, go to step 2; if it is a network resource download test, go to step 4; Step 2: The test container obtains the test web page data and obtains the web page characteristics of the test web page; the user STA accesses the test web page respectively according to the test web page URL information and the number of home gateways to be tested selected by the selected strategy, and obtains the test web page access data of the corresponding home gateways to be tested respectively, and obtains the web page access characteristics of the corresponding home gateway to be tested according to the test web page access data of the corresponding home gateway to be tested; Step 3: According to the webpage access characteristics of each corresponding home gateway to be tested, the access speed and webpage loading completeness of the corresponding home gateway to be tested are obtained respectively. If the access time and webpage loading completeness of the corresponding home gateway to be tested are qualified, the Internet access of the home gateway to be tested is qualified, and step 6 is entered; otherwise, a detection failure information is issued; Step 4: The test container obtains the test network resource information. The user STA downloads the test network resources from each home gateway to be tested according to the test network resource URL information and the number of home gateways to be tested selected by the selected strategy, and obtains the test network resource download data corresponding to the home gateway to be tested; Step 5: According to the test network resource download data of the home gateway to be tested, the test network resource characteristics of the download of the home gateway to be tested are obtained, and according to the download characteristics of the home gateway to be tested, it is determined whether the download of the home gateway to be tested is qualified. If qualified, the process proceeds to step 6; otherwise, a detection failure message is issued; Step six, according to the number of Internet access qualified by the tested home gateway and the number of download qualified by the tested home gateway, obtain the Internet access qualified rate and the download qualified rate respectively, and according to the selected strategy, obtain the reliability of the home smart gateway.

[0006] Furthermore, the test container controls the user STA to perform reliability testing according to the selected strategy, including: The selection strategy described therein is to obtain the ratio of web page access usage time and resource download usage time according to the usage characteristics of the home gateway to be tested, group the home gateways to be tested according to the ratio of web page access time and resource download time, and obtain a selected number of home smart gateways to be tested for web page access test and home smart gateways to be tested for resource download test.

[0007] Furthermore, the test container obtains the test web page data and obtains the web page features of the test web page, including: The test web page data includes the web page size and feature data contained in the page, and the feature data includes image data and text data; the web page features include: according to the set web page segmentation strategy, the test web page is segmented to obtain multiple test web page partitions, and the feature data included in each test web page partition is obtained respectively.

[0008] Further, the access duration and webpage loading completeness of the corresponding home gateway to be tested are obtained according to the webpage access characteristics of each corresponding home gateway to be tested, including: According to the web page access data of the home gateway to be tested, the time required to complete the loading of the test web page is obtained, and the web page access characteristics of the corresponding home gateway to be tested are obtained. If the number of test web page scores in the web page access characteristics of the home gateway to be tested is the same as the number of test web page partitions in the web page characteristics, and the characteristic data of the corresponding test web page partitions are consistent, then the web page loading is complete; otherwise, the web page loading is incomplete.

[0009] Further, the downloading data of the test network resource corresponding to the home gateway to be tested is used to obtain the downloading test network resource characteristics of the home gateway to be tested, and judging whether the home gateway to be tested is downloaded qualified according to the download characteristics of the home gateway to be tested, including: If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified; otherwise, it is unqualified; the test network resource characteristics are the size of the test network resource and the test network resource data characteristics. If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified, otherwise, it is unqualified.

[0010] Further, the Internet access qualified rate and download qualified rate are obtained according to the Internet access qualified number of the home gateway to be tested and the download qualified number of the home gateway to be tested, and the reliability of the home smart gateway is obtained according to the selected strategy, including: According to the Internet access qualification rate and download qualification rate and the ratio of web page access usage time and resource download usage time in the selected strategy, the Internet access qualification rate ratio and download qualification rate ratio are obtained respectively, and the sum of the Internet access qualification rate ratio and the download qualification rate ratio is the reliability of the home smart gateway.

[0011] The beneficial effect of the present invention is that the present invention comprehensively considers the performance of web page access and network resource download by simulating the actual usage scenario of users, and comprehensively evaluates the reliability of the Wi-Fi network function of the home smart gateway. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 A flowchart of a method for detecting the reliability of a converged gateway network function is provided; Figure 2 A schematic diagram of the principle of a system for detecting the reliability of converged gateway network functions. DETAILED DESCRIPTION

[0013] The technical solution of the present invention is further described in detail below in conjunction with the accompanying drawings, but the protection scope of the present invention is not limited to the following.

[0014] The features and performance of the present invention are further described in detail below in conjunction with the embodiments.

[0015] like Figure 1 As shown, a method for detecting the reliability of a converged gateway network function comprises the following steps: Step 1: Configure the Internet access function and Wi-Fi SSID name and password of each home smart gateway to be tested, associate the user STA with the Wi-Fi SSID of the home smart gateway, and the test module generates a test container. The test container controls the user STA to perform reliability testing according to the selected strategy. If it is a web access test, go to step 2; if it is a network resource download test, go to step 4; Step 2: The test container obtains the test web page data and obtains the web page characteristics of the test web page; the user STA accesses the test web page respectively according to the test web page URL information and the number of home gateways to be tested selected by the selected strategy, and obtains the test web page access data of the corresponding home gateways to be tested respectively, and obtains the web page access characteristics of the corresponding home gateway to be tested according to the test web page access data of the corresponding home gateway to be tested; Step 3: According to the webpage access characteristics of each corresponding home gateway to be tested, the access speed and webpage loading completeness of the corresponding home gateway to be tested are obtained respectively. If the access time and webpage loading completeness of the corresponding home gateway to be tested are qualified, the Internet access of the home gateway to be tested is qualified, and step 6 is entered; otherwise, a detection failure information is issued; Step 4: The test container obtains the test network resource information. The user STA downloads the test network resources from each home gateway to be tested according to the test network resource URL information and the number of home gateways to be tested selected by the selected strategy, and obtains the test network resource download data corresponding to the home gateway to be tested; Step 5: According to the test network resource download data of the home gateway to be tested, the test network resource characteristics of the download of the home gateway to be tested are obtained, and according to the download characteristics of the home gateway to be tested, it is determined whether the download of the home gateway to be tested is qualified. If qualified, the process proceeds to step 6; otherwise, a detection failure message is issued; Step six, according to the number of Internet access qualified by the tested home gateway and the number of download qualified by the tested home gateway, obtain the Internet access qualified rate and the download qualified rate respectively, and according to the selected strategy, obtain the reliability of the home smart gateway.

[0016] The test container controls the user STA to perform reliability testing according to the selected strategy, including: The selection strategy described therein is to obtain the ratio of web page access usage time and resource download usage time according to the usage characteristics of the home gateway to be tested, group the home gateways to be tested according to the ratio of web page access time and resource download time, and obtain a selected number of home smart gateways to be tested for web page access test and home smart gateways to be tested for resource download test.

[0017] The test container acquires the test web page data and obtains the web page features of the test web page, including: The test web page data includes the web page size and feature data contained in the page, and the feature data includes image data and text data; the web page features include: according to the set web page segmentation strategy, the test web page is segmented to obtain multiple test web page partitions, and the feature data included in each test web page partition is obtained respectively.

[0018] The method of obtaining the access speed and webpage loading completeness of the corresponding home gateway to be tested according to the webpage access characteristics of each corresponding home gateway to be tested includes: According to the web page access data of the home gateway to be tested, the time required to complete the loading of the test web page is obtained, and the web page access characteristics of the corresponding home gateway to be tested are obtained. If the number of test web page scores in the web page access characteristics of the home gateway to be tested is the same as the number of test web page partitions in the web page characteristics, and the characteristic data of the corresponding test web page partitions are consistent, then the web page loading is complete; otherwise, the web page loading is incomplete.

[0019] The method of obtaining the test network resource characteristics corresponding to the home gateway to be tested according to the test network resource download data of the home gateway to be tested, and judging whether the home gateway to be tested is downloaded qualified according to the download characteristics of the home gateway to be tested, includes: If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified; otherwise, it is unqualified; the test network resource characteristics are the size of the test network resource and the test network resource data characteristics. If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified, otherwise, it is unqualified.

[0020] The method of obtaining the Internet access qualification rate and the download qualification rate according to the number of Internet access qualified devices of the tested home gateway and the number of download qualified devices of the tested home gateway, and obtaining the reliability of the home smart gateway according to the selected strategy, includes: According to the Internet access qualification rate and download qualification rate and the ratio of web page access usage time and resource download usage time in the selected strategy, the Internet access qualification rate ratio and download qualification rate ratio are obtained respectively, and the sum of the Internet access qualification rate ratio and the download qualification rate ratio is the reliability of the home smart gateway.

[0021] like Figure 2 As shown, a system for detecting the reliability of converged gateway network functions includes a test module, a data processing module, a user STA module, a test server, a data storage module and a communication module; The test module, user STA module, data storage module and communication module are respectively connected to the data processing module; the test server is in communication connection with the communication module.

[0022] Specifically, the present invention aims to provide a method for detecting the reliability of the network function of a converged gateway. The method comprehensively evaluates the web page access and network resource download performance of a home smart gateway by simulating the actual usage scenario of the user, so as to accurately reflect the reliability of its Wi-Fi network function.

[0023] The specific steps include: Step 1: Configure the Internet access function and Wi-Fi SSID name and password of each home smart gateway to be tested, associate the user STA (Station, workstation) with the Wi-Fi SSID of the home smart gateway, and the test module generates a test container. The test container controls the user STA to perform reliability testing according to the selected strategy. If it is a web access test, go to step 2; if it is a network resource download test, go to step 4.

[0024] In this step, you first need to perform basic network configuration on the home smart gateway to be tested, ensure that it can connect to the Internet normally, and set the Wi-Fi SSID name and password so that the user STA can successfully associate. The test container generated by the test module is the core of the test process. It controls the user STA to perform different types of reliability tests according to the selected strategy. The selected strategy can be flexibly adjusted according to the actual test requirements to ensure the pertinence and effectiveness of the test.

[0025] The test container controls the user STA to perform reliability testing according to the selected strategy, specifically including: The selection strategy described herein is to obtain the ratio of web page access usage time and resource download usage time according to the usage characteristics of the home gateway to be tested. This ratio can be obtained through market research, user feedback or historical data analysis. The home gateways to be tested are grouped according to the ratio of web page access time and resource download time, and a selected number of home smart gateways to be tested for web page access test and home smart gateways to be tested for resource download test are obtained respectively. The purpose of such grouping is to more accurately simulate the actual usage scenario of users and ensure the reliability and validity of the test results.

[0026] Step 2: The test container obtains the test web page data and obtains the web page characteristics of the test web page; the user STA selects a number of home gateways to be tested according to the test web page URL information and selects a strategy to access the test web page respectively, and obtains the test web page access data of the corresponding home gateways to be tested respectively. According to the test web page access data of the corresponding home gateway to be tested, the web page access characteristics of the corresponding home gateway to be tested are obtained.

[0027] In this step, the test container first obtains the data of the test web page, analyzes it, and extracts the features of the web page. These features may include the size of the web page and the feature data contained in the page (such as image data, text data, etc.). Then, the user STA accesses these web pages respectively through the home smart gateway selected by the selection strategy according to the URL information of the test web page, and obtains the corresponding access data. Finally, based on these access data, the web page access features of each home gateway to be tested are obtained.

[0028] The test container obtains the test web page data and obtains the web page features of the test web page, specifically including: The test web page data includes the size of the web page and the feature data contained in the page. The feature data mainly includes image data, text data, etc. These data are the basic elements that constitute the content of the web page and are of great significance for evaluating the loading speed and completeness of the web page. The web page features include: according to the set web page segmentation strategy, the test web page is segmented to obtain multiple test web page partitions, and the feature data included in each test web page partition is obtained respectively. Through the web page segmentation strategy, the web page loading process can be analyzed more carefully, so as to more accurately evaluate the web page access performance of the home smart gateway.

[0029] Step 3: According to the webpage access characteristics of each corresponding home gateway to be tested, the access duration and webpage loading completeness of the corresponding home gateway to be tested are obtained respectively. If the access duration and webpage loading completeness of the corresponding home gateway to be tested, the Internet access of the home gateway to be tested is qualified, and the process goes to step 6; otherwise, a detection failure message is issued.

[0030] In this step, according to the web page access characteristics of each home gateway to be tested, their access time can be calculated and whether the web page is fully loaded can be determined. If the access time is within a reasonable range and the web page is fully loaded (that is, all partitions are successfully loaded), the Internet access of the home smart gateway is considered qualified; otherwise, a detection failure message is issued.

[0031] The access duration and webpage loading completeness of the corresponding home gateway to be tested are obtained according to the webpage access characteristics of each corresponding home gateway to be tested, specifically including: According to the web page access data of the home gateway to be tested, the loading completion time of the test web page is obtained, and the web page access characteristics of the corresponding home gateway to be tested are obtained. If the number of test web page partitions in the web page access characteristics of the home gateway to be tested is the same as the number of test web page partitions in the web page characteristics, and the characteristic data of the corresponding test web page partitions are consistent (such as image data, text data, etc. are completely matched), then the web page is considered to be loaded completely; otherwise, the web page is considered to be loaded incompletely.

[0032] Step 4: the test container obtains the test network resource information. The user STA downloads the test network resources from each home gateway to be tested according to the test network resource URL information and the selected number of home gateways to be tested by the selected strategy, and obtains the test network resource download data corresponding to the home gateway to be tested.

[0033] In this step, the test container first obtains the information of the test network resources, including the size and data type of the resources. Then, the user STA downloads these resources respectively through the home smart gateway selected by the selection strategy according to the URL of these information, and obtains the corresponding download data.

[0034] Step 5: According to the test network resource download data of the home gateway to be tested, the test network resource characteristics of the home gateway to be tested are obtained. According to the download characteristics of the home gateway to be tested, it is determined whether the home gateway to be tested is qualified for download. If qualified, proceed to step 6; otherwise, send a detection failure message.

[0035] In this step, according to the download data of each home gateway to be tested, the characteristics of the test network resources downloaded by them can be extracted and compared with the characteristics of the original test network resources. If the two are consistent, the download of the home smart gateway is considered qualified; otherwise, a detection failure message is issued.

[0036] The method of obtaining the test network resource characteristics corresponding to the home gateway to be tested according to the test network resource download data of the home gateway to be tested, and judging whether the home gateway to be tested is downloaded qualified according to the download characteristics of the home gateway to be tested, specifically includes: If the test network resource characteristics of the downloaded home gateway to be tested are consistent with the test network resource characteristics (such as resource size, data type, etc. are completely matched), the download is considered qualified; otherwise, it is considered unqualified. The test network resource characteristics are the size of the test network resource and the test network resource data characteristics. These characteristics are important bases for judging whether the download is successful.

[0037] Step 6: According to the number of Internet access qualified applications of the tested home gateway and the number of download qualified applications of the tested home gateway, the Internet access qualified rate and the download qualified rate are obtained respectively. According to the selected strategy, the reliability of the home smart gateway is obtained.

[0038] In this step, according to the qualified number of Internet access and the qualified number of downloads of the home gateway to be tested, the Internet access qualification rate and the download qualification rate can be calculated. Then, according to the selected strategy (such as the ratio of web access usage time and resource download usage time), the reliability of the home intelligent gateway is comprehensively evaluated.

[0039] The Internet access qualification rate and the download qualification rate are respectively obtained based on the qualified number of Internet access of the home gateway to be tested and the qualified number of downloads of the home gateway to be tested. According to the selected strategy, the reliability of the home intelligent gateway is obtained, specifically including: According to the Internet access qualification rate, the download qualification rate, and the ratio of web access usage time and resource download usage time in the selected strategy, the Internet access qualification rate ratio and the download qualification rate ratio are respectively obtained. The sum of the Internet access qualification rate ratio and the download qualification rate ratio is the reliability of the home intelligent gateway. This index comprehensively reflects the performance of the home intelligent gateway in terms of web access and network resource download.

[0040] In addition, the present invention also provides a system for detecting the reliability of the network function of a fusion gateway, including a test module, a data processing module, a user STA module, a test server, a data storage module, and a communication module.

[0041] The test module, the user STA module, the data storage module, and the communication module are respectively connected to the data processing module; the test server is communicatively connected to the communication module.

[0042] In this system, the test module is responsible for generating test containers and controlling the user STA to perform reliability tests according to the selected strategy; the data processing module is responsible for processing and analyzing test data to obtain test results; the user STA module simulates user equipment, connects to the home intelligent gateway to be tested through Wi-Fi, and executes test tasks; the test server provides test contents such as test web pages and network resources; the data storage module is used to store test data and results; the communication module is responsible for communication between the internal modules of the system and communication with the test server.

[0043] Example 1: Detection of the reliability of the Wi-Fi network function of a home intelligent gateway (web access test) A network equipment supplier needs to detect the reliability of the Wi-Fi network function of a new batch of home intelligent gateways, especially for evaluating the web access performance. According to market research, the ratio of the daily web access usage time to the resource download usage time of home users is about 3:1. Therefore, it is decided to conduct tests mainly focused on web access for this batch of gateways.

[0044] Implementation steps: Configuration and association: Perform network configuration on 100 home smart gateways to be tested, ensure that they can connect to the Internet normally, and set a unified Wi-Fi SSID name and password.

[0045] Use 5 user STA devices to associate with the Wi-Fi networks of these home smart gateways respectively.

[0046] Test container generation and policy setting: The module generates a test container and selects 75 gateways for web page access testing based on a usage time ratio of 3:1, and the remaining 25 are used for subsequent resource download testing (this embodiment only focuses on web page access).

[0047] The test container obtains preset test web page data, including web page size, image data, text data, etc., and divides the web page into multiple partitions according to the web page segmentation strategy.

[0048] Web page access test: 5 user STAs access the test web page through 75 selected home smart gateways according to the URL information of the test web page. The web page access data of each gateway is recorded, including the access time, the loading status of each partition, etc.

[0049] Data analysis and judgment: The module analyzes access data, calculates the access time of each gateway, and determines whether the web page loading is complete (that is, all partitions are successfully loaded and the data is consistent with the original web page). The results show that the access time of 70 gateways is within a reasonable range and the web page is fully loaded, and they are considered qualified for Internet access; 5 gateways are judged to be unqualified due to incomplete loading or excessive access time.

[0050] Qualification rate calculation and reliability assessment: The Internet access qualification rate is calculated to be 70 / 75=93.3%.

[0051] Since the resource download test is not performed in this embodiment, it is assumed that the download pass rate is 95% of the historical average level. According to the ratio of 3:1, the Internet access pass rate accounts for 75% and the download pass rate accounts for 25%.

[0052] The comprehensive evaluation of the reliability of the home smart gateway is 93.3%0.75 + 95%0.25 = 93.7%.

[0053] Example 2: Home smart gateway Wi-Fi network function reliability test (network resource download test) After completing the web access test, the same network equipment supplier now needs to evaluate the network resource download performance of the same batch of home smart gateways. Based on the previous market research results, the 3:1 web access and resource download usage time ratio is continued, but the remaining 25 gateways are subjected to a special resource download test.

[0054] Implementation steps: Configuration reuse: reuse the 25 previously configured home smart gateways to be tested, ensure that they can still connect to the Internet normally, and keep the Wi-Fi SSID name and password unchanged. Use two user STA devices to associate with the Wi-Fi networks of these home smart gateways respectively.

[0055] Test container generation and policy setting: The test module adjusts the test container settings and performs network resource download tests on the 25 gateways. The test container obtains the preset test network resource information, including resource size, data type, etc.

[0056] Network resource download test: Two user STAs download the test resources through 25 selected home smart gateways according to the URL information of the test network resources. The download data of each gateway is recorded, including download time, integrity of the downloaded resources, etc.

[0057] Data analysis and judgment: The data processing module analyzes the download data, calculates the download time for each gateway, and determines whether the downloaded resources are consistent with the original resources (such as resource size and data type matching).

[0058] The results showed that the download time of 23 gateways was within a reasonable range and the resources were complete, so they were deemed qualified; 2 gateways were judged to be unqualified due to incomplete downloads or excessively long download times.

[0059] Qualification rate calculation and reliability assessment: The download qualification rate is calculated to be 23 / 25=92%. Combined with the 93.3% qualification rate of the previous web page access test, according to the ratio of 3:1, the Internet access qualification rate accounts for 75% and the download qualification rate accounts for 25%.

[0060] The comprehensive evaluation of the reliability of the home smart gateway is 93.3%0.75 + 92%0.25 = 93.1%.

Claims

1. A method for detecting the reliability of a converged gateway network function, characterized in that: The steps include: Step 1: Configure the Internet access function and Wi-Fi SSID name and password of each home smart gateway to be tested, associate the user STA with the Wi-Fi SSID of the home smart gateway, and the test module generates a test container. The test container controls the user STA to perform reliability testing according to the selected strategy. If it is a web access test, go to step 2; if it is a network resource download test, go to step 4; Step 2: The test container obtains the test web page data and obtains the web page features of the test web page; The user STA accesses the test web page respectively according to the test web page URL information, selects a number of home gateways to be tested through a selected strategy, obtains the test web page access data of the corresponding home gateways to be tested, and obtains the web page access characteristics of the corresponding home gateway to be tested according to the test web page access data of the corresponding home gateway to be tested; Step 3: According to the webpage access characteristics of each corresponding home gateway to be tested, the access speed and webpage loading completeness of the corresponding home gateway to be tested are obtained respectively. If the access time and webpage loading completeness of the corresponding home gateway to be tested are qualified, the Internet access of the home gateway to be tested is qualified, and step 6 is entered; otherwise, a detection failure information is issued; Step 4: The test container obtains the test network resource information. The user STA downloads the test network resources from each home gateway to be tested according to the test network resource URL information and the number of home gateways to be tested selected by the selected strategy, and obtains the test network resource download data corresponding to the home gateway to be tested; Step 5: According to the test network resource download data of the home gateway to be tested, the test network resource characteristics of the download of the home gateway to be tested are obtained, and according to the download characteristics of the home gateway to be tested, it is determined whether the download of the home gateway to be tested is qualified. If qualified, the process proceeds to step 6; otherwise, a detection failure message is issued; Step six, according to the number of Internet access qualified by the tested home gateway and the number of download qualified by the tested home gateway, obtain the Internet access qualified rate and the download qualified rate respectively, and according to the selected strategy, obtain the reliability of the home smart gateway.

2. A method for detecting the reliability of a converged gateway network function according to claim 1, characterized in that: The test container controls the user STA to perform reliability testing according to the selected strategy, including: The selection strategy described therein is to obtain the ratio of web page access usage time and resource download usage time according to the usage characteristics of the home gateway to be tested, group the home gateways to be tested according to the ratio of web page access time and resource download time, and obtain a selected number of home smart gateways to be tested for web page access test and home smart gateways to be tested for resource download test.

3. A method for detecting the reliability of a converged gateway network function according to claim 2, characterized in that: The test container acquires the test web page data and obtains the web page features of the test web page, including: The test web page data includes the web page size and feature data contained in the page, and the feature data includes image data and text data; the web page features include: according to the set web page segmentation strategy, the test web page is segmented to obtain multiple test web page partitions, and the feature data included in each test web page partition is obtained respectively.

4. A method for detecting the reliability of a converged gateway network function according to claim 3, characterized in that: The method of obtaining the access speed and webpage loading completeness of the corresponding home gateway to be tested according to the webpage access characteristics of each corresponding home gateway to be tested includes: According to the web page access data of the home gateway to be tested, the time required to complete the loading of the test web page is obtained, and the web page access characteristics of the corresponding home gateway to be tested are obtained. If the number of test web page scores in the web page access characteristics of the home gateway to be tested is the same as the number of test web page partitions in the web page characteristics, and the characteristic data of the corresponding test web page partitions are consistent, then the web page loading is complete; otherwise, the web page loading is incomplete.

5. A method for detecting the reliability of a converged gateway network function according to claim 4, characterized in that: The method of obtaining the test network resource characteristics corresponding to the home gateway to be tested according to the test network resource download data of the home gateway to be tested, and judging whether the home gateway to be tested is downloaded qualified according to the download characteristics of the home gateway to be tested, includes: If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified; otherwise, it is unqualified; the test network resource characteristics are the size of the test network resource and the test network resource data characteristics. If the characteristics of the test network resource downloaded corresponding to the home gateway to be tested are consistent with the test network resource characteristics, the download is qualified, otherwise, it is unqualified.

6. A method for detecting the reliability of a converged gateway network function according to claim 5, characterized in that: The method of obtaining the Internet access qualification rate and the download qualification rate according to the number of Internet access qualified devices of the tested home gateway and the number of download qualified devices of the tested home gateway, and obtaining the reliability of the home smart gateway according to the selected strategy, includes: According to the Internet access qualification rate and download qualification rate and the ratio of web page access usage time and resource download usage time in the selected strategy, the Internet access qualification rate ratio and download qualification rate ratio are obtained respectively, and the sum of the Internet access qualification rate ratio and the download qualification rate ratio is the reliability of the home smart gateway.

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