CN104967812A - A comprehensive intelligent monitoring system and control method for video conferencing - Google Patents

Abstract

A comprehensive intelligent monitoring system for video conferencing. It includes an acquisition module, an analysis and comparison module, a management control module and an interface module; wherein: the acquisition module is respectively connected with the analysis and comparison module and the interface module, and the management control module is respectively connected with the acquisition module, the analysis and comparison module and the interface module, and the interface The modules are respectively connected with the conference management system, the conference monitoring system, the network management system and the short message platform in the external system. The effect of the video conferencing comprehensive intelligent monitoring system and control method provided by the present invention: the video system monitors can monitor the video conferencing system and related network conditions in real time or at regular intervals, grasp the operating status of each device in the video conferencing system in real time, and discover the system in time. abnormal state, and notify the corresponding security personnel to deal with it in time, so the speed of troubleshooting can be improved and the meeting can be held reliably.

Description

A comprehensive intelligent monitoring system and control method for video conferencing

technical field

The invention belongs to the technical field of management informationization, and in particular relates to a video conference comprehensive intelligent monitoring system and a control method.

Background technique

Video conferencing technology is an information technology widely used in electric power enterprises. The video conferencing system uses the communication network and digital signal compression codec processing technology to compress the audio, video and data signals of the local venue and then transmit them to the remote venue. , and decode the audio, video and data signals at the remote venue and present them in real time, realizing the organic integration of audio, video and data and the efficient use of network resources, so that participants can communicate face-to-face in real time, conduct business scheduling and remote management , information exchange, technical training, etc., can save time and travel costs, and greatly improve work efficiency. By deploying a video conferencing system in the power system, remote visual power dispatching can be realized, and it also provides an efficient response and collaboration for policy issuance and uploading, visual consultation, security and business training, and emergency response in the power system platform. Due to the huge independent IP and E1 network inside the power system, the video conferencing system can be quickly deployed, but the huge and complex network brings great difficulties to the operation and maintenance of the video conferencing system, and the structure is more complicated. More.

At present, the State Grid Corporation has established multiple sets of video conferencing systems for administration, emergency, and integration. Since it was put into use, it has established an efficient and convenient communication mode for the State Grid Corporation, and has greatly reduced administrative costs. With the continuous application of video conferencing system at work, its superiority is gradually highlighted, and more and more companies attach great importance to it. While popularizing video and teleconferencing on a large scale, the increase in the number of conferences, the rapid update of equipment, and the gradual increase in the scope of application all pose new problems for conference security and equipment operation and maintenance. The video conferencing system is one of the necessary guarantee systems for power companies to upload and distribute, production coordination, emergency repairs and other important work. In recent years, power grids at all levels have developed rapidly, management requirements are increasing, and video conference usage and conference quality requirements are also increasing. As an important informatization method for smart grids, it can improve system reliability and ensure safe and stable operation of video conference systems. It is an important task for communication professionals in power supply enterprises at all levels.

However, currently in the troubleshooting of video conferencing systems, operation and maintenance personnel can only log in to various network management systems to query the operating status of conference systems, terminals, and network systems. Real-time monitoring and pre-warning cannot be realized, and the alarm will only be issued after the system fails, but at this time the failure has already occurred, and the operation and maintenance personnel begin to prepare to analyze the problem and locate the fault, which undoubtedly prolongs the fault handling time and reduces the fault handling speed , which expands the scope of fault influence.

Contents of the invention

In order to solve the above problems, the object of the present invention is to provide a video conference comprehensive intelligent monitoring system and control method.

In order to achieve the above object, the comprehensive intelligent monitoring system for video conferencing provided by the present invention includes: an acquisition module, an analysis and comparison module, a management control module and an interface module; wherein: the acquisition module is connected with the analysis and comparison module and the interface module respectively, and the management and control module It is respectively connected with the collection module, the analysis and comparison module and the interface module, and the interface module is respectively connected with the conference management system, the conference monitoring system, the network management system and the SMS platform in the external system; the interface module provides various open interconnection interfaces for Connect with the network management system, conference management system, conference monitoring system, and SMS platform to interact with various information; the collection module is used to collect relevant information data of the system, equipment, and network through the interface module, and provide it to the analysis and comparison module; analysis The comparison module is mainly used for information comparison analysis, processing, storage and judgment, and feeds back the analysis results to the management control module; the management control module is the control core of the entire system, and uses the analysis and comparison data provided by the analysis and comparison module to Send commands and interact with external systems through interface modules.

Described acquisition module is information acquisition circuit, is made of PCH8522 module and some peripheral components; Analysis and comparison module is signal processing circuit, is made of PC104 module and some peripheral components; Management control module is the controller with microprocessor as core The circuit is composed of EPC9852 module and several peripheral components; the interface module is an external communication interface circuit, which is composed of PCH2531 module and several peripheral components.

In the regular monitoring mode, the control method of the video conference comprehensive intelligent monitoring system provided by the present invention includes the following steps in order:

Step 1.1) the management control module starts the timing task by the specified cycle, and sends the status query command to the acquisition module;

Step 1.2) After the acquisition module receives the status query command, it determines the status query range, and calls the interface module to inform the data range of the status query operation;

Step 1.3) the collection module collects the required data information from the network management system according to the data range specified by the upper layer module management control module;

Step 1.4) the network management system sends data back to the acquisition module through the interface module;

Step 1.5) the acquisition module passes the data to the analysis and comparison module after processing the data into a specified format;

Step 1.6) The analysis and comparison module compares the collected data with corresponding thresholds and historical data, and transmits the comparison result and existing problem data to the management control module;

Step 1.7) The management control module receives the result data, if all the data are within the threshold, then the query task ends, if there is data exceeding the threshold, the management control module compiles the query result and the data exceeding the threshold into a specified format text, through the interface The module is transmitted to the short message platform, and the short message platform sends the data transmitted by the management control module to the system operation and maintenance personnel in the form of short messages.

In the conference debugging mode, the control method of the video conference comprehensive intelligent monitoring system provided by the present invention includes the following steps performed in order:

Step 2.1) The management control module receives the meeting notification of the meeting management system through the interface module;

Step 2.2) The management control module formulates corresponding acquisition tasks according to the debugging time of the meeting notice, and sends the status query command to the acquisition module after the task starts;

Step 2.3) After the acquisition module receives the status query command, it determines the status query range, and calls the interface module to inform the data range of this status query operation;

Step 2.4) the collection module collects the required data information from the network management system through the interface module according to the data range specified by the upper layer module management control module;

Step 2.5) the network management system sends data back to the acquisition module through the interface module;

Step 2.6) the acquisition module passes the data to the analysis and comparison module after processing the data into a specified format;

Step 2.7) The analysis and comparison module compares the collected data with corresponding thresholds and historical data, and transmits the comparison results and existing problem data to the management control module;

Step 2.8) The management control module receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module compiles the query result and the data exceeding the threshold into specified format text, through the interface The module is transmitted to the SMS platform, and the SMS platform sends the data transmitted by the management control module to the system operation and maintenance personnel in the form of SMS.

In the meeting guarantee mode, the control method of the video conference comprehensive intelligent monitoring system provided by the present invention includes the following steps in order:

Step 3.1) Start the meeting guarantee mode during the meeting guarantee period, and the meeting monitoring personnel formulate the system monitoring cycle and send it to the management control module;

Step 3.2) the management control module starts the corresponding collection task under the conference guarantee mode, and sends the status query command to the collection module after the task starts;

Step 3.3) After the acquisition module receives the status query command, it determines the status query range, and calls the interface module to inform the data range of this status query operation;

Step 3.4) collection module collects required data information from network management system by interface module according to the data range specified by upper layer module management control module;

Step 3.5) the network management system sends data back to the acquisition module through the interface module;

Step 3.6) the acquisition module passes the data to the analysis and comparison module after processing the data into a specified format;

Step 3.7) The analysis and comparison module compares the collected data with corresponding thresholds and historical data, and transmits the comparison result and existing problem data to the management control module;

Step 3.8) The management control module receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module compiles the query result and the data exceeding the threshold into specified format text, through the interface The module is transmitted to the SMS platform and the conference monitoring system. The SMS platform sends the data transmitted by the management control module to the system operation and maintenance personnel in the form of SMS. The conference monitoring system starts remedial measures according to the pre-selected emergency mode.

The effect of the video conferencing comprehensive intelligent monitoring system and control method provided by the present invention: the video system monitors can monitor the video conferencing system and related network conditions in real time or at regular intervals, grasp the operating status of each device in the video conferencing system in real time, and discover the system in time. abnormal state, and notify the corresponding security personnel to deal with it in time, so the speed of troubleshooting can be improved and the meeting can be held reliably.

Description of drawings

Fig. 1 is a structural diagram of a comprehensive intelligent monitoring system for video conferencing provided by the present invention.

Detailed ways

The video conferencing integrated intelligent monitoring system and control method provided by the present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1, the integrated intelligent monitoring system for video conferencing provided by the present invention includes:

Acquisition module 1, analysis and comparison module 2, management control module 3 and interface module 4; wherein: acquisition module 1 is connected with analysis and comparison module 2 and interface module 4 respectively, management control module 3 is respectively connected with acquisition module 1, analysis and comparison Module 2 is connected with interface module 4, and interface module 4 is connected with conference management system, conference monitoring system, network management system and short message platform in the external system respectively; Interface module 4 provides various open interconnection interfaces, is used for with network management system ( SMC, bearer network), conference management system, conference monitoring system, and short message platform are connected to interact with various information; the collection module 1 is used to collect the relevant information data of the system, equipment, and network through the interface module 4, and provide them to the analysis ratio Comparing module 2; analysis and comparison module 2 is mainly used for information comparison analysis, processing, storage and judgment, and feeds back the analysis results to management control module 3; management control module 3 is the control core of the entire system, which utilizes analysis and comparison The analysis and comparison data provided by module 2 issues instructions, and interacts with external systems through interface module 4.

Described acquisition module 1 is information acquisition circuit, is made of PCH8522 module and some peripheral parts; Analysis and comparison module 2 is signal processing circuit, is made of PC104 module and some peripheral parts; Management control module 3 is that take microprocessor as core The controller circuit is composed of EPC9852 module and several peripheral components; the interface module 4 is an external communication interface circuit, which is composed of PCH2531 module and several peripheral components.

The comprehensive intelligent monitoring system for video conferencing provided by the present invention has three working modes, which are: regular monitoring mode, conference debugging mode and conference guarantee mode, and three corresponding control methods are adopted.

The three working modes described are as follows:

1. Regular monitoring mode, the monitoring personnel set a fixed test cycle, regularly monitor the status of the conference system, equipment status, and network status, and immediately feedback to the relevant maintenance personnel through the SMS platform after any abnormality is found.

2. Conference debugging mode, receive the conference notification issued by the conference management system, regularly test the status of the conference system, equipment status, and network status during the conference debugging, and notify the relevant maintenance personnel in time to deal with problems or abnormalities found through the SMS platform.

3. Conference guarantee mode, real-time monitoring of the conference system status, equipment status, network status and other information during the conference, and timely feedback to the conference monitoring system and SMS platform if any problems are found, so that the monitoring personnel can take remedial measures in time to reduce the scope of failure.

The control method under the described regular monitoring mode comprises the following steps:

Step 1.1) The management control module 3 starts the timing task by the specified cycle, and sends the status query command to the acquisition module 1;

Step 1.2) After the acquisition module 1 receives the status query command, it determines the status query range, and calls the interface module 4 to inform the data range of this status query operation;

Step 1.3) acquisition module 1 collects required data information from the network management system according to the data range specified by the upper module management control module 3;

Step 1.4) The network management system sends data back to the acquisition module 1 through the interface module 4;

Step 1.5) The acquisition module 1 processes the data into a specified format and then transmits it to the analysis and comparison module 2;

Step 1.6) The analysis and comparison module 2 compares the collected data with the corresponding threshold and historical data, and transmits the comparison result and existing problem data to the management control module 3;

Step 1.7) The management control module 3 receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module 3 compiles the query result and the data exceeding the threshold into a specified format text, The interface module 4 transmits the data to the short message platform, and the short message platform sends the data transmitted by the management control module 3 to the system operation and maintenance personnel in the form of short messages.

The control method in the conference debugging mode includes the following steps:

Step 2.1) The management control module 3 receives the meeting notification of the meeting management system through the interface module 4;

Step 2.2) The management control module 3 formulates corresponding acquisition tasks according to the debugging time of the conference notice, and sends the status query command to the acquisition module 1 after the task starts;

Step 2.3) After the acquisition module 1 receives the status query command, it determines the status query range, and calls the interface module 4 to inform the data range of this status query operation;

Step 2.4) Acquisition module 1 collects required data information from network management system by interface module 4 according to the data range specified by upper module management control module 3;

Step 2.5) The network management system sends data back to the acquisition module 1 through the interface module 4;

Step 2.6) The acquisition module 1 processes the data into a specified format and then transmits it to the analysis and comparison module 2;

Step 2.7) The analysis and comparison module 2 compares the collected data with corresponding thresholds and historical data, and transmits the comparison result and existing problem data to the management control module 3;

Step 2.8) The management control module 3 receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module 3 compiles the query result and the data exceeding the threshold into a specified format text, The interface module 4 transmits the data to the short message platform, and the short message platform sends the data transmitted by the management control module 3 to the system operation and maintenance personnel in the form of short messages.

The control method under the conference guarantee mode includes the following steps:

Step 3.1) Start the meeting guarantee mode during the meeting guarantee period, and the meeting monitoring personnel formulate the system monitoring cycle and send it to the management control module 3;

Step 3.2) The management control module 3 starts the corresponding acquisition task in the meeting guarantee mode, and sends the status query command to the acquisition module 1 after the task starts;

Step 3.3) After the acquisition module 1 receives the status query command, it determines the status query range, and calls the interface module 4 to inform the data range of this status query operation;

Step 3.4) acquisition module 1 collects required data information from network management system by interface module 4 according to the data range specified by upper layer module management control module 3;

Step 3.5) The network management system sends data back to the acquisition module 1 through the interface module 4;

Step 3.6) The acquisition module 1 processes the data into a specified format and then transmits it to the analysis and comparison module 2;

Step 3.7) The analysis and comparison module 2 compares the collected data with the corresponding threshold and historical data, and transmits the comparison result and the existing problem data to the management control module 3;

Step 3.8) The management control module 3 receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module 3 compiles the query result and the data exceeding the threshold into specified format text, The interface module 4 transmits the data to the short message platform and the conference monitoring system. The short message platform sends the data transmitted by the management control module 3 to the system operation and maintenance personnel in the form of short messages. The conference monitoring system initiates remedial measures according to the pre-selected emergency mode.

This comprehensive intelligent monitoring system for video conferencing is based on the status quo of operation and maintenance of the video conferencing system of the State Grid Corporation of China and the problems existing in the troubleshooting process. It adapts to the company's increasing requirements for the reliable operation of the video system. It can effectively control the length of system fault processing and improve system operation. Reliability, optimize the system operating environment, improve operation and maintenance efficiency, reduce the risk of system failure, and ensure that the video conference system is controllable, controllable, and under control.

Claims (5)

1. A video conferencing comprehensive intelligent monitoring system is characterized in that: the video conferencing comprehensive intelligent monitoring system comprises: acquisition module (1), analysis and comparison module (2), management control module (3) and interface module ( 4); wherein: the acquisition module (1) is connected with the analysis and comparison module (2) and the interface module (4) respectively, and the management control module (3) is respectively connected with the acquisition module (1), the analysis and comparison module (2) and the interface The module (4) is connected, and the interface module (4) is connected with the conference management system, the conference monitoring system, the network management system and the SMS platform in the external system respectively; the interface module (4) provides various open interconnection interfaces for connecting with the network management system System, conference management system, conference monitoring system, and SMS platform are connected to interact with various information; the collection module (1) is used to collect relevant information data of the system, equipment, and network through the interface module (4), and provide them for analysis and analysis The comparison module (2); the analysis and comparison module (2) is mainly used for information comparison analysis, processing, storage and judgment, and the analysis results are fed back to the management control module (3); the management control module (3) is the overall system The control core uses the analysis and comparison data provided by the analysis and comparison module (2) to issue instructions, and interacts with external systems through the interface module (4). 2. video conferencing comprehensive intelligent monitoring system according to claim 1, is characterized in that: described acquisition module (1) is an information acquisition circuit, is made of PCH8522 module and some peripheral components; Analysis and comparison module (2) is The signal processing circuit is composed of a PC104 module and several peripheral components; the management control module (3) is a controller circuit with a microprocessor as the core, and is composed of an EPC9852 module and several peripheral components; the interface module (4) is an external communication interface circuit , consists of the PCH2531 module and several peripheral components. 3. A control method utilizing the integrated intelligent monitoring system of video conferencing according to claim 1, characterized in that: under the regular monitoring mode, said control method comprises the following steps carried out in order: Step 1.1) the management control module (3) starts the timing task by the specified cycle, and sends the status query command to the acquisition module (1); Step 1.2) After the acquisition module (1) receives the status query command, it determines the status query range, and calls the interface module (4) to inform the data range of this status query operation; Step 1.3) acquisition module (1) collects required data information from the network management system according to the data range specified by the upper layer module management control module (3); Step 1.4) the network management system passes the data back to the acquisition module (1) through the interface module (4); Step 1.5) the acquisition module (1) passes the data to the analysis and comparison module (2) after processing the data into a specified format; Step 1.6) The analysis and comparison module (2) compares the collected data with the corresponding threshold and historical data, and transmits the comparison result and existing problem data to the management control module (3); Step 1.7) The management control module (3) receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module (3) compiles the query result and the data exceeding the threshold as The specified format text is sent to the short message platform through the interface module (4), and the short message platform sends the data transmitted by the management control module (3) to the system operation and maintenance personnel in the form of short messages. 4. A control method utilizing the comprehensive intelligent monitoring system for video conferencing according to claim 1, characterized in that: under the conference debugging mode, said control method comprises the following steps carried out in close order: Step 2.1) The management control module (3) receives the meeting notice of the meeting management system through the interface module (4); Step 2.2) management control module (3) formulate corresponding collection tasks according to the debugging time of the meeting notice, after the task starts, the status query command is sent to the collection module (1); Step 2.3) After the acquisition module (1) receives the status query command, it determines the status query range, and calls the interface module (4) to inform the data range of this status query operation; Step 2.4) collecting module (1) according to the specified data scope of upper layer module management control module (3), collects required data information from network management system by interface module (4); Step 2.5) the network management system passes the data back to the acquisition module (1) through the interface module (4); Step 2.6) the acquisition module (1) passes the data to the analysis and comparison module (2) after processing the data into a specified format; Step 2.7) The analysis and comparison module (2) compares the collected data with the corresponding threshold and historical data, and transmits the comparison result and existing problem data to the management control module (3); Step 2.8) The management control module (3) receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module (3) compiles the query result and the data exceeding the threshold as The text in the specified format is sent to the short message platform through the interface module (4), and the short message platform sends the data transmitted by the management control module (3) to the system operation and maintenance personnel in the form of short messages. 5. A control method utilizing the integrated intelligent monitoring system for video conferencing according to claim 1, characterized in that: under the conference guarantee mode, said control method comprises the following steps carried out in order: Step 3.1) Start the meeting guarantee mode during the meeting guarantee period, and the meeting monitoring personnel formulate the system monitoring cycle and send it to the management control module (3); Step 3.2) The management control module (3) starts the corresponding acquisition task under the conference guarantee mode, and sends the status query command to the acquisition module (1) after the task starts; Step 3.3) After the acquisition module (1) receives the status query command, it determines the status query range, and calls the interface module (4) to inform the data range of this status query operation; Step 3.4) acquisition module (1) collects required data information from network management system by interface module (4) according to the data range specified by upper layer module management control module (3); Step 3.5) the network management system passes the data back to the acquisition module (1) through the interface module (4); Step 3.6) the acquisition module (1) passes the data to the analysis and comparison module (2) after processing the data into a specified format; Step 3.7) The analysis and comparison module (2) compares the collected data with the corresponding threshold and historical data, and transmits the comparison result and existing problem data to the management control module (3); Step 3.8) The management control module (3) receives the result data, if all the data are within the threshold, then this query task ends, if there is data exceeding the threshold, the management control module (3) compiles the query result and the data exceeding the threshold as The text in the specified format is transmitted to the SMS platform and the conference monitoring system through the interface module (4). The SMS platform sends the data transmitted by the management control module (3) to the system operation and maintenance personnel in the form of SMS. The conference monitoring system is set according to the pre-selected emergency mode. Initiate remedial action.