Dynamic routing dial testing method and system for intelligent dispatching switched telephone network

Abstract

The invention discloses a dynamic routing dial testing method and system for an intelligent dispatching telephone switching network, and relates to the technical field of power grid dispatching. The method comprises the following steps: constructing a telephone switching network routing dial test platform, and collecting site information, routing data and position information to construct a routing information base; and determining an abnormal route by executing the test path and comparing a test result with the route information base. And reordering the abnormal routes according to the importance of the routes, and carrying out repeated dialing test. And rechecking the retest data according to the set abnormal tolerance, marking the route exceeding the tolerance, and outputting an alarm signal to a display terminal and a mobile terminal to remind a worker to maintain in time. The method can improve the stability and reliability of the telephone switching network routing.

Description

Technical Field

[0001] The present invention relates to the technical field of power grid dispatching, and in particular to a method and system for dynamic routing dialing of an intelligent dispatching telephone exchange network. Background Art

[0002] Dynamic routing testing in dispatch telephone exchange networks faces several challenges and shortcomings in existing technologies. Traditional testing methods rely primarily on manual operations, which are not only inefficient but also difficult to monitor and accurately determine routing status in real time. Furthermore, existing program-controlled switching systems offer numerous optional routes and complex circuitous routing, making it difficult to quickly and accurately locate faults and present status information using the equipment alone. These issues can lead to the inability to identify faulty routes in advance in emergency situations, resulting in serious consequences. Therefore, the operational management and control capabilities of existing dispatch telephone exchange networks urgently need to be improved to enable real-time monitoring of network status and rapid response to faults. Summary of the Invention

[0003] The purpose of the present invention is to provide an intelligent dispatch telephone exchange network dynamic routing dialing method and system, which can improve the stability and reliability of telephone exchange network routing.

[0004] To achieve the above object, the present invention provides the following solutions:

[0005] A method for dynamic routing dialing and testing in an intelligent dispatching telephone exchange network, comprising:

[0006] Build a telephone exchange network routing and dialing testing platform;

[0007] Collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and build a routing information library of the entire dispatching switching network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main site and subsite;

[0008] A test path is executed in the telephone exchange network route dialing test platform, and the test result is correlated with the corresponding information in the routing information library and data is compared to determine an abnormal route; the test path includes a test target and test parameters; the test target includes a dialing number and a dialing route; the test parameters include a start time, a duration, and a number of tests;

[0009] Reordering the abnormal routes according to the line importance evaluation scores, and redialing all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data;

[0010] Review the retest sequence data within the current time period according to the set abnormality tolerance, re-evaluate the routes corresponding to data less than or equal to the abnormality tolerance, mark the routes corresponding to data exceeding the abnormality tolerance, and output an alarm signal; the current time period is from the start time of the test to the re-dial time of this round;

[0011] The alarm signal is output to the display terminal and the mobile terminal to remind the staff to carry out maintenance.

[0012] Optionally, the telephone exchange network routing dialing test platform specifically includes: a test host, a main station program-controlled switch, a branch station program-controlled switch, an integrated access device IAD, a main station soft switch, a gateway and a test telephone; wherein the test host is connected to the A, B, C machines and the integrated access device IAD of the main station program-controlled switch through the telephone interface board, the main station program-controlled switch communicates with the branch station program-controlled switch, and the integrated access device IAD communicates with the branch station program-controlled switch in turn through the main station soft switch and the gateway, and finally the branch station program-controlled switch communicates with the test telephone.

[0013] Optionally, the calculation process of the route importance evaluation score is:

[0014] Construct a scoring table; the scoring table includes multiple indicators and the scores and weights corresponding to each indicator; the indicators include whether it is a key site, whether it is a main site route, and the age of the route;

[0015] Each abnormal route is scored according to the scoring table, and each score is comprehensively calculated to obtain a line importance assessment score corresponding to each abnormal route.

[0016] Optionally, setting a retest plan specifically includes:

[0017] A division threshold of the score value is determined, and routes corresponding to scores higher than the division threshold are preferentially redialed.

[0018] Optionally, the alarm signal is output to a display terminal and a mobile terminal to remind staff to perform maintenance, specifically including:

[0019] The alarm signal is output to a display terminal and a mobile terminal, and popped up in the form of a seaweed ball; wherein the seaweed ball includes multiple colors, and each color is used to display a corresponding abnormal route according to a line importance evaluation score.

[0020] Optionally, the test result is obtained by a Secure Shell method.

[0021] Optionally, the display terminal and the mobile terminal are at least one of a personal computer, a laptop computer, a smart phone, a tablet computer and a portable wearable device.

[0022] The present invention also provides an intelligent dispatch telephone exchange network dynamic routing dialing test system, comprising:

[0023] Platform construction unit, used to build a telephone exchange network routing and dialing testing platform;

[0024] A database construction unit is used to collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and construct a routing information library of the entire dispatching switching network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main station and substation;

[0025] An abnormal route screening unit is configured to execute a test path within the telephone exchange network route dialing test platform, associate the test results with corresponding information in the routing information base and perform data comparison to determine an abnormal route; the test path includes a test target and test parameters; the test target includes a dialing number and a dialing route; the test parameters include a test start time, a test duration, and a test number;

[0026] An abnormal route sorting unit is used to reorder the abnormal routes according to the line importance evaluation scores, and redial all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data;

[0027] An alarm unit is configured to review the retest sequence data within the current time period according to a set exception tolerance, re-evaluate the routes corresponding to data less than or equal to the exception tolerance, mark the routes corresponding to data exceeding the exception tolerance, and output an alarm signal; the current time period is from the start time of the test to the retest time of the current round;

[0028] The maintenance unit is used to output the alarm signal to the display terminal and the mobile terminal to remind the staff to carry out maintenance.

[0029] According to the specific embodiments provided by the present invention, the present invention discloses the following technical effects:

[0030] The present invention discloses a method and system for dynamic routing testing in an intelligently dispatched telephone exchange network. The method comprises constructing a routing testing platform for the telephone exchange network, collecting site information, routing data, and location information to construct a routing information database. Abnormal routes are determined by executing test paths and comparing the test results with the routing information database. Abnormal routes are reordered according to their importance, and a re-dial test is performed. The re-test data is reviewed according to a set abnormality tolerance, and routes that exceed the tolerance are marked and an alarm signal is output to a display terminal and a mobile terminal, prompting staff to promptly perform repairs. This method improves the stability and reliability of telephone exchange network routing. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0032] Figure 1 The figure is a flow chart of the method for intelligently scheduling dynamic routing and dialing in a telephone exchange network according to the present invention. DETAILED DESCRIPTION

[0033] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0034] The purpose of the present invention is to provide an intelligent dispatch telephone exchange network dynamic routing dialing method and system, which can improve the stability and reliability of telephone exchange network routing.

[0035] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the present invention is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0036] As a first aspect, the present invention provides Figure 1 The method for dynamic routing and dialing in an intelligent dispatching telephone exchange network includes:

[0037] Step 100: Construct a telephone exchange network routing and dialing testing platform.

[0038] Step 200: Collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and build a routing information library of the entire scheduling exchange network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main site and subsite.

[0039] Step 300: Execute a test path within the telephone exchange network route dialing testing platform, correlate the test results with corresponding information in the routing information database, and compare data to identify abnormal routes. The test path includes a test target and test parameters. The test target includes a dialed number and a dialed route. The test parameters include the test start time, duration, and number of tests. The test results are obtained using a Secure Shell method.

[0040] Step 400: reorder the abnormal routes according to the line importance evaluation scores, and redial all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data.

[0041] Step 500: Review the retest sequence data within the current time period according to the set abnormal tolerance, re-evaluate the routes corresponding to data less than or equal to the abnormal tolerance, mark the routes corresponding to data exceeding the abnormal tolerance, and output an alarm signal; the current time period is from the start time of the test to the re-dial time of this round.

[0042] Step 600: Output the alarm signal to the display terminal and the mobile terminal to remind the staff to perform maintenance.

[0043] As a specific implementation method, the telephone exchange network routing dialing test platform specifically includes: a test host, a main station program-controlled switch, a branch station program-controlled switch, an integrated access device IAD, a main station soft switch, a gateway and a test telephone; wherein the test host is connected to the A, B, C machines and the integrated access device IAD of the main station program-controlled switch through a telephone interface board, the main station program-controlled switch communicates with the branch station program-controlled switch, the integrated access device IAD communicates with the branch station program-controlled switch in turn through the main station soft switch and the gateway, and finally the branch station program-controlled switch communicates with the test telephone.

[0044] As a specific implementation method, the calculation process of the line importance evaluation score is: constructing a scoring table; the scoring table includes multiple indicator contents and the scores and weights corresponding to each indicator; the indicator contents include whether it is a key site, whether it is a main site route and the service life of the route; scoring each of the abnormal routes according to the scoring table, and comprehensively calculating each score value to obtain the line importance evaluation score corresponding to each of the abnormal routes.

[0045] As a specific implementation, the setting of the retest plan specifically includes: determining a threshold for dividing the score values, and preferentially re-dialling routes corresponding to scores higher than the threshold.

[0046] As a specific implementation method, the alarm signal is output to a display terminal and a mobile terminal to remind staff to perform maintenance, specifically including: outputting the alarm signal to a display terminal and a mobile terminal, and popping it out in the form of a seaweed ball; wherein, the seaweed ball includes multiple colors, and each color is used to display the corresponding abnormal route according to the line importance evaluation score.

[0047] As a specific implementation manner, the display terminal and the mobile terminal are at least one of a personal computer, a notebook computer, a smart phone, a tablet computer, and a portable wearable device.

[0048] Based on the above technical content, the following embodiments are provided.

[0049] In this embodiment, in order to ensure the stability and reliability of the network, it is decided to adopt an intelligent dynamic routing dialing method to monitor and evaluate the network status in real time.

[0050] Step 100: Build a telephone exchange network routing test platform

[0051] Platform construction: Build a telephone exchange network routing test platform that includes a test host, a master station program-controlled switch, a branch station program-controlled switch, an integrated access device (IAD), a master station soft switch, a gateway, and a test phone.

[0052] Connection Configuration: The test host connects to the master station's programmable switches A, B, and C, and the integrated access device (IAD) through the telephone interface board. The master station's programmable switches communicate with the branch station's programmable switches, which in turn communicate with the branch station's programmable switches through the master station's softswitch and gateway. Finally, the branch station's programmable switches communicate with the test phone.

[0053] Step 200: Collect site information and build a routing information base

[0054] Information collection: Collect all site information of the telephone exchange network routing dialing platform, including site type (main site and branch site), site name, person in charge and telephone number, etc.

[0055] Data collection: Collect corresponding routing data information and location information.

[0056] Routing information base construction: Based on the collected routing data information and location information, the routing information base of the entire scheduling switching network is constructed.

[0057] Step 300: Execute the test path and determine abnormal routing

[0058] Test path setting: Set the test path in the telephone exchange network routing test platform, including the test target (dialing number and dialing route) and test parameters (test start time, duration and number of tests).

[0059] Test execution: Execute the test path and obtain the test results through the Secure Shell method.

[0060] Abnormal route determination: The test results are correlated with the corresponding information in the routing information database and data is compared to determine the abnormal route.

[0061] Step 400: Abnormal route reordering and redialing

[0062] Route importance assessment: Construct a scoring table that includes multiple indicators (whether it is a key site, whether it is a main site route, and the service life of the route) and the corresponding scores and weights for each indicator.

[0063] Evaluation score calculation: Score each abnormal route according to the scoring table, and perform a comprehensive calculation of each score to obtain the line importance evaluation score corresponding to each abnormal route.

[0064] Redial plan setting: determine the scoring threshold and give priority to redialing the routes corresponding to scores higher than the scoring threshold.

[0065] Re-dial execution: Re-dial all abnormal routes according to the reorganization sequence and the set re-test plan to obtain the re-test sequence data.

[0066] Step 500: Retest sequence data review and alarm signal output

[0067] Data review: Review the retest sequence data within the current time period based on the set abnormal tolerance.

[0068] Alarm signal generation: re-evaluate the routes corresponding to data less than or equal to the abnormal tolerance, mark the routes corresponding to data exceeding the abnormal tolerance, and output an alarm signal.

[0069] Step 600: Output an alarm signal to the terminal to remind maintenance

[0070] Signal output: Output alarm signals to display terminals and mobile terminals to remind staff to perform maintenance.

[0071] Display mode: The system pops up in the form of seaweed balls. The seaweed balls have multiple colors, and each color is used to display the corresponding abnormal route based on the line importance evaluation score.

[0072] Terminal device: The display terminal and the mobile terminal may be at least one of a personal computer, a notebook computer, a smart phone, a tablet computer, and a portable wearable device.

[0073] Implementation Results: By implementing this intelligent dynamic routing and dialing testing method for the dispatch telephone exchange network, telecommunications companies can achieve real-time monitoring and accurate assessment of the dispatch telephone exchange network. The timely detection and resolution of abnormal routes improves network stability and reliability, reduces communication interruptions caused by faults, and enhances user satisfaction. Furthermore, the intelligent dialing and alarm mechanism reduces the burden of manual operation and maintenance, improving efficiency and accuracy.

[0074] As a second aspect, the present invention further provides an intelligent dispatching telephone exchange network dynamic routing dialing test system, comprising:

[0075] Platform construction unit, used to build a telephone exchange network routing and dialing testing platform;

[0076] A database construction unit is used to collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and construct a routing information library of the entire dispatching switching network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main station and substation;

[0077] An abnormal route screening unit is configured to execute a test path within the telephone exchange network route dialing test platform, associate the test results with corresponding information in the routing information base and perform data comparison to determine an abnormal route; the test path includes a test target and test parameters; the test target includes a dialing number and a dialing route; the test parameters include a test start time, a test duration, and a test number;

[0078] An abnormal route sorting unit is used to reorder the abnormal routes according to the line importance evaluation scores, and redial all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data;

[0079] An alarm unit is configured to review the retest sequence data within the current time period according to a set exception tolerance, re-evaluate the routes corresponding to data less than or equal to the exception tolerance, mark the routes corresponding to data exceeding the exception tolerance, and output an alarm signal; the current time period is from the start time of the test to the retest time of the current round;

[0080] The maintenance unit is used to output the alarm signal to the display terminal and the mobile terminal to remind the staff to carry out maintenance.

[0081] The various embodiments in this specification are described in a progressive manner, and each embodiment focuses on the differences from other embodiments. The same or similar parts between the various embodiments can be referenced to each other.

[0082] This document uses specific examples to illustrate the principles and implementation methods of the present invention. The above examples are only intended to help understand the core concept of the present invention. At the same time, those skilled in the art will find that the specific implementation methods and application scopes may vary based on the concept of the present invention. In summary, the contents of this specification should not be construed as limiting the present invention.

Claims

1. A method for dynamic routing dialing in an intelligent dispatching telephone exchange network, characterized in that: include: Build a telephone exchange network routing and dialing testing platform; Collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and build a routing information library of the entire dispatching switching network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main site and subsite; A test path is executed in the telephone exchange network route dialing test platform, and the test result is correlated with the corresponding information in the routing information library and data is compared to determine an abnormal route; the test path includes a test target and test parameters; the test target includes a dialing number and a dialing route; the test parameters include a start time, a duration, and a number of tests; Reordering the abnormal routes according to the line importance evaluation scores, and redialing all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data; Review the retest sequence data within the current time period according to the set abnormality tolerance, re-evaluate the routes corresponding to data less than or equal to the abnormality tolerance, mark the routes corresponding to data exceeding the abnormality tolerance, and output an alarm signal; the current time period is from the start time of the test to the re-dial time of this round; The alarm signal is output to the display terminal and the mobile terminal to remind the staff to carry out maintenance.

2. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: The telephone exchange network routing dialing test platform specifically includes: a test host, a main station program-controlled switch, a branch station program-controlled switch, an integrated access device IAD, a main station soft switch, a gateway, and a test telephone; wherein the test host is connected to the A, B, and C machines of the main station program-controlled switch and the integrated access device IAD through a telephone interface board, the main station program-controlled switch communicates with the branch station program-controlled switch, the integrated access device IAD communicates with the branch station program-controlled switch in turn through the main station soft switch and the gateway, and finally the branch station program-controlled switch communicates with the test telephone.

3. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: The calculation process of the line importance evaluation score is as follows: Construct a scoring table; the scoring table includes multiple indicators and the scores and weights corresponding to each indicator; the indicators include whether it is a key site, whether it is a main site route, and the age of the route; Each abnormal route is scored according to the scoring table, and each score is comprehensively calculated to obtain a line importance assessment score corresponding to each abnormal route.

4. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: The setting of the retest plan specifically includes: A division threshold of the score value is determined, and routes corresponding to scores higher than the division threshold are preferentially redialed.

5. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: Output the alarm signal to the display terminal and mobile terminal to remind the staff to carry out maintenance, specifically including: The alarm signal is output to a display terminal and a mobile terminal, and popped up in the form of a seaweed ball; wherein the seaweed ball includes multiple colors, and each color is used to display a corresponding abnormal route according to a line importance evaluation score.

6. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: The test result is obtained by the Secure Shell method.

7. The method for dynamic routing dialing in an intelligent dispatch telephone exchange network according to claim 1, characterized in that: The display terminal and the mobile terminal are at least one of a personal computer, a notebook computer, a smart phone, a tablet computer and a portable wearable device.

8. An intelligent dispatch telephone exchange network dynamic routing dialing system, characterized in that: include: Platform construction unit, used to build a telephone exchange network routing and dialing testing platform; A database construction unit is used to collect all site information and corresponding routing data information and location information of the telephone exchange network routing dialing platform, and construct a routing information library of the entire dispatching switching network based on the routing data information and location information; the site information includes the site type and the corresponding site name, person in charge and telephone number; the site type includes main station and substation; An abnormal route screening unit is configured to execute a test path within the telephone exchange network route dialing test platform, associate the test results with corresponding information in the routing information base and perform data comparison to determine an abnormal route; the test path includes a test target and test parameters; the test target includes a dialing number and a dialing route; the test parameters include a test start time, a test duration, and a test number; An abnormal route sorting unit is used to reorder the abnormal routes according to the line importance evaluation scores, and redial all abnormal routes according to the reorganization sequence and the set retest plan to obtain retest sequence data; An alarm unit is configured to review the retest sequence data within the current time period according to a set exception tolerance, re-evaluate the routes corresponding to data less than or equal to the exception tolerance, mark the routes corresponding to data exceeding the exception tolerance, and output an alarm signal; the current time period is from the start time of the test to the retest time of the current round; The maintenance unit is used to output the alarm signal to the display terminal and the mobile terminal to remind the staff to carry out maintenance.

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