CN111431762B - Wireless network state monitoring and displaying system - Google Patents
Wireless network state monitoring and displaying system Download PDFInfo
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- CN111431762B CN111431762B CN202010184995.7A CN202010184995A CN111431762B CN 111431762 B CN111431762 B CN 111431762B CN 202010184995 A CN202010184995 A CN 202010184995A CN 111431762 B CN111431762 B CN 111431762B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/04—Processing captured monitoring data, e.g. for logfile generation
- H04L43/045—Processing captured monitoring data, e.g. for logfile generation for graphical visualisation of monitoring data
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/22—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks comprising specially adapted graphical user interfaces [GUI]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
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Abstract
The invention relates to a wireless network state monitoring and displaying system, comprising: the server side is used for acquiring node and link state data in a wireless network and configuring working parameters of the nodes; the network state monitoring system is used for receiving, storing and executing network state monitoring tasks; the system is used for storing state data of each node/link of the wireless network and a relevant record of a target network configuration process; the system is used for carrying out statistical analysis on the state data of the target network on the basis of the background data storage module; the wireless network target state display device is used for displaying the wireless network target state and receiving various commands of a user for remotely configuring a wireless network; the client is used for network data acquisition and command receiving; the invention solves the problems that the existing wireless network lacks centralized monitoring and remote configuration management means, the field configuration speed is slow, and the existing wireless network can not be applied to flexible configuration of a test environment.
Description
Technical Field
The present invention relates to a wireless network interactive graphical user interface display system, and more particularly, to a display system for displaying the status, monitoring and diagnosis results of a wireless network in an operating system environment having a graphical user interface on a client.
Background
Due to continuous advances and improvements in technology, the applications of wireless local area networks (IEEE 802.11) and related wireless communications bring practical and convenient features, and personal devices such as Personal Digital Assistants (PDAs), smart phones (smartphones), digital cameras, portable game consoles compete with each other to be equipped with wireless network functions, but users usually need to make different network settings in different operating environments such as homes, companies, public places, etc., which often causes troubles to users.
Since the communication links of a wireless network are non-visual, it is essential to monitor and manage the entire wireless network in a visual manner. In addition, most of the nodes are deployed in different geographical positions in a scattered manner, and are far away from each other, and the configuration of the near end is inconvenient, so that the nodes need to be remotely configured with parameters and the like.
How to perform relatively effective monitoring and display aiming at a wireless local area network and a wireless sensor network so as to adapt to a wireless network, or support an SNMP protocol, or support air interface acquisition and analysis of a message, or support a wireless frequency hopping radio station network of a non-IP standard system is a concern of people.
Disclosure of Invention
In view of the foregoing analysis, the present invention provides a wireless network status monitoring and displaying system, which is used to solve the problems of slow field configuration speed and flexible configuration of test environment in the prior art. The purpose of the invention is mainly realized by the following technical scheme: a wireless network status monitoring and display system is provided, comprising: a wireless network state monitoring and displaying system comprises a server side and a client side, wherein the server side comprises a wireless network data acquisition and node configuration module, a network state monitoring task module, a background data storage module, a data statistical analysis module and a user control interface module;
the wireless network data acquisition and node configuration module is used for acquiring node and link state data in a wireless network and configuring node working parameters;
the network state monitoring task module is used for receiving, storing and executing a network state monitoring task, completing the acquisition of wireless network state data and the configuration of node parameters, and summarizing and storing the network state data;
the background data storage module is used for storing state data of each node/link of the wireless network and relevant records of a target network configuration process, and specifically adopts a database or an SQL database;
the data statistical analysis module is used for performing statistical analysis on the target network state data on the basis of the background data storage module;
the user control interface module is used for displaying the wireless network target state and receiving various commands of a user for the remote configuration of the wireless network; the client comprises a wireless network data acquisition and node configuration command receiving module; wherein the wireless network is a wireless frequency hopping radio network.
Particularly, the wireless network data acquisition and node configuration module in the server further comprises an instruction construction module, which is used for constructing a remote control instruction with the function of acquiring node or link state data; and the instruction data transparent transmission module is used for packaging the remote control instruction to be sent by the server into a load part of the wireless message and transparently transmitting the load part to the client in a broadcasting mode.
In particular, the wireless network data acquisition and node configuration command receiving module in the client further includes: the instruction identification execution module is used for identifying and executing the remote control instruction in the wireless message and acquiring the state data of the target network; and the data extraction and return module is used for packaging the target network state data into a wireless message and returning the wireless message to the server.
In particular, the wireless network data acquisition and node configuration command receiving module in the client further includes: and executing a node parameter configuration function according to the remote control instruction meaning and the detailed configuration parameter information, and completing the node parameter configuration.
In particular, the network status monitoring task module further includes: the system comprises a task receiving and storing module, a task scheduling and executing module and a background data storage interface communication module; the network state monitoring task module is used for receiving the monitoring tasks from the outside by the task receiving and storing module and storing the monitoring tasks into the local according to a time sequence; the task scheduling execution module sets an overtime timer according to the specific time of a newly arrived task: when the timer overtime event occurs, a task instruction is constructed according to the task type and the execution range and used for completing the next wireless network data acquisition and node parameter configuration; the background data storage interface communication module is mainly used for communicating with the background data storage module and storing the received wireless network data acquisition result to the background data storage module.
Particularly, the background data storage module adopts a graph database or an SQL database to further store state data and configuration commands in the target network monitoring process.
Particularly, the data statistical analysis module is configured to extract wireless network state data from the background data storage module, and perform statistical analysis according to different nodes, different node sets, different links/paths, and different time periods.
Particularly, the user operation interface module is used for receiving a command of providing data acquisition or node configuration by a user and sending the command to the network state monitoring task module for the next operation; and reading the wireless network state analysis result from the background data storage module, and visually presenting the wireless network state analysis result according to the user requirement.
Particularly, the client and the server work cooperatively, the server receives legal input of a user through a user control interface module and delivers the legal input to a network state monitoring task module for operation; the operation specifically comprises the steps that a server wireless network data acquisition and node configuration module constructs a remote control instruction with the function of acquiring node or link state data through an instruction construction module; the instruction data transparent transmission module encapsulates the remote control instruction in the data load part of the wireless data message; sending a wireless data message to a client in a broadcasting mode; the client receives a wireless data message of an encapsulation remote control instruction by a wireless network data acquisition and node configuration command receiving module; identifying and analyzing a remote control instruction in the wireless data message through an instruction identification execution module; according to the meaning of the remote control instruction and the detailed configuration parameter information, a local data acquisition function is executed, acquired data are transmitted back to the server side through the data extraction and return module, and data acquisition is completed; then the server receives, stores and executes the network state monitoring task through the network state monitoring task module, completes the collection of the wireless network state data and the configuration of the node parameters, summarizes and stores the network state data; the data statistical analysis module is used for performing statistical analysis on the stored target network state data, extracting the wireless network state data from the background data storage module, performing statistical analysis according to different nodes, different node sets, different links, different paths, different time periods and the like, and providing an analysis result for the user control interface module; and the user control interface module reads the wireless network state analysis result from the data statistical analysis module and visually presents the wireless network state analysis result according to the user requirement.
Particularly, the receiving, storing and executing the network state monitoring task by the server through the network state monitoring task module, completing the collection of the wireless network state data and the configuration of the node parameters, and summarizing and storing the network state data specifically includes: the task receiving and storing module receives the monitoring tasks from the outside and stores the monitoring tasks into a local area according to a time sequence; setting an overtime timer by a task scheduling execution module according to the specific time of a newly arrived task, constructing a task instruction according to the task type and the execution range when an overtime event of the timer occurs, and delivering the task instruction to a wireless network data acquisition and node configuration module for specific execution; the background data storage communication interface stores the received wireless network data acquisition result to a background data storage module; the background data storage module stores target network state data in a classified manner according to the actual situation of the wireless network, wherein the target network state data comprises node attributes, connection relations, link quality, network structures and service interaction.
The invention has the following beneficial effects: the wireless network monitoring and displaying system can realize centralized monitoring and remote configuration of the network state of the wireless radio station, the radio station end does not need to be attended by personnel, and the automation degree and the monitoring efficiency are high.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
Fig. 1 is a schematic diagram of a server of a wireless network monitoring and display system.
Detailed Description
The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings, which form a part hereof, and which together with the embodiments of the invention serve to explain the principles of the invention.
The specific embodiment of the invention discloses a wireless network monitoring and displaying system, which comprises: the system comprises a server and a plurality of clients; the server side comprises a wireless network data acquisition and node configuration module, a network state monitoring task module, a background data storage module, a data statistical analysis module and a user control interface module; the wireless network is a wireless frequency hopping radio station network, and the composition relationship among modules is shown in the attached figure 1.
The wireless network data acquisition and node configuration module is used for acquiring node and link state data in a wireless network and configuring working parameters of the nodes; further comprising: the system comprises an instruction data transparent transmission module, an instruction identification execution module and a data extraction and return module.
Specifically, the instruction data transparent transmission module generates a remote control instruction with a state data acquisition function, encapsulates the remote control instruction in a load part of a wireless data message, and sends the remote control instruction to each client by a server; the client comprises a wireless network data acquisition and node configuration command receiving module, and further comprises: the instruction identification execution module is used for identifying and executing a remote control instruction in the wireless message and acquiring target network state data, wherein the target network state data specifically comprises network state data of nodes or links in a wireless frequency hopping radio station network; and the data extraction and return module encapsulates the target network state data into a wireless message and returns the wireless message to the server.
The network state monitoring task module is used for receiving, storing and executing a network state monitoring task, completing the acquisition of wireless network state data and the configuration of node parameters, and summarizing and storing the network state data; further comprising: the system comprises a task receiving and storing module, a task scheduling and executing module and a background data storage and communication interface module;
specifically, the task receiving and storing module receives the monitoring tasks from the outside and stores the monitoring tasks into a local area according to a time sequence; setting an overtime timer by a task scheduling execution module according to the specific time of a newly arrived task, constructing a task instruction according to the task type and the execution range when an overtime event of the timer occurs, and delivering the task instruction to a wireless network data acquisition and node configuration module for specific execution; the background data storage communication interface module is mainly used for communicating with the background data storage module and is mainly used for storing the received wireless network data acquisition result to the background data storage module.
And the background data storage module is used for storing target network state data in a classified manner according to the actual situation of the wireless network, wherein the target network state data comprises node attributes, connection relations, link quality, network structures, service interaction and the like.
And the data statistical analysis module is used for performing statistical analysis on the target network state data on the basis of the background data storage module.
Specifically, wireless network state data are extracted from a background data storage module, then statistical analysis is carried out according to different nodes, different node sets, different links/paths, different time periods and the like, and an analysis result is provided for a user control interface module; where each path consists of multiple links.
And the user control interface module is used for displaying the wireless network target state and receiving various commands of the user for the remote configuration of the wireless network.
Specifically, an interface of a data acquisition or node configuration command is provided for a user, legal input of the user is received, and the legal input is delivered to a network state monitoring task module for next operation; and reading the wireless network state analysis result from the data statistical analysis module, and visually presenting according to the user requirement.
The wireless network target monitoring and displaying system is deployed in a wireless radio station network experimental environment, and through actual detection, the system can complete state monitoring and displaying of the wireless radio station network.
In summary, the embodiments of the present invention provide a wireless network target monitoring and displaying system, which can implement centralized monitoring and remote configuration of a wireless station network state in a wireless frequency hopping station network, and the station end does not need to be attended by people, and has high automation degree and monitoring efficiency.
The embodiment of the invention also provides a cooperation method between the client and the server in the wireless network target monitoring and displaying system, which comprises the following steps: step 1, a server receives legal input of a user through a user control interface module, and the legal input is delivered to a network state monitoring task module for operation;
the operation specifically comprises the following steps: step 101, a wireless network data acquisition and node configuration module in a server constructs a remote control instruction with a node or link state data acquisition function through an instruction construction module; step 102: the instruction data transparent transmission module encapsulates the remote control instruction in the data load part of the wireless data message; step 103: sending a wireless data message to a client in a broadcasting mode;
step 2: the client receives a wireless data message of an encapsulation remote control instruction by a wireless network data acquisition and node configuration command receiving module; identifying and analyzing a remote control instruction in the wireless data message through an instruction identification execution module; according to the meaning of the remote control instruction and the detailed configuration parameter information, a local data acquisition function is executed, acquired data are transmitted back to the server side through the data extraction and return module, and data acquisition is completed;
and step 3: the server receives, stores and executes the network state monitoring task through the network state monitoring task module, completes the collection of wireless network state data and the configuration of node parameters, and summarizes and stores the network state data; the data statistical analysis module is used for performing statistical analysis on the stored target network state data, extracting the wireless network state data from the background data storage module, performing statistical analysis according to different nodes, different node sets, different links, different paths, different time periods and the like, and providing an analysis result for the user control interface module; and the user control interface module reads the wireless network state analysis result from the data statistical analysis module and visually presents the wireless network state analysis result according to the user requirement.
The server receives, stores and executes the network state monitoring task through the network state monitoring task module, completes the collection of wireless network state data and the configuration of node parameters, and summarizes and stores the network state data specifically including: the task receiving and storing module receives the monitoring tasks from the outside and stores the monitoring tasks into a local area according to a time sequence; setting an overtime timer by a task scheduling execution module according to the specific time of a newly arrived task, constructing a task instruction according to the task type and the execution range when an overtime event of the timer occurs, and delivering the task instruction to a wireless network data acquisition and node configuration module for specific execution; the background data storage communication interface stores the received wireless network data acquisition result to a background data storage module; the background data storage module stores target network state data in a classified manner according to the actual situation of the wireless network, wherein the target network state data comprises node attributes, connection relations, link quality, network structures and service interaction.
The centralized monitoring and the remote configuration of the wireless radio station network state in the wireless frequency hopping radio station network can be realized through interaction between the client and the server, the radio station does not need to be attended by personnel, and the automation degree and the monitoring efficiency are high.
Those skilled in the art will appreciate that all or part of the processes for implementing the above embodiments may be implemented by a computer program, which is stored in a computer readable storage medium, to instruct associated hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (4)
1. A wireless network state monitoring and displaying system is characterized by comprising a server and a client, wherein the server comprises a wireless network data acquisition and node configuration module, a network state monitoring task module, a background data storage module, a data statistical analysis module and a user control interface module;
wherein the content of the first and second substances,
the wireless network data acquisition and node configuration module is used for acquiring node and link state data in a wireless network and configuring node working parameters;
the network state monitoring task module is used for receiving, storing and executing a network state monitoring task, completing the acquisition of wireless network state data and the configuration of node parameters, and summarizing and storing the network state data;
the background data storage module is used for storing state data of each node/link of the wireless network and relevant records of a target network configuration process, and specifically adopts a database or an SQL database;
the data statistical analysis module is used for performing statistical analysis on the target network state data on the basis of the background data storage module;
the user control interface module is used for displaying the wireless network target state and receiving various commands of a user for the remote configuration of the wireless network; the client comprises a wireless network data acquisition and node configuration command receiving module; wherein the wireless network is a wireless frequency hopping radio network;
the wireless network data acquisition and node configuration module in the server also comprises an instruction construction module which is used for constructing a remote control instruction with the function of acquiring node or link state data; the instruction data transparent transmission module is used for packaging the remote control instruction to be sent by the server into a load part of a wireless message and transparently transmitting the load part to the client in a broadcasting mode;
the wireless network data acquisition and node configuration command receiving module in the client further comprises: the instruction identification execution module is used for identifying and executing the remote control instruction in the wireless message and acquiring the state data of the target network; the data extraction and return module is used for packaging the target network state data into a wireless message and returning the wireless message to the server;
the wireless network data acquisition and node configuration command receiving module in the client further comprises: executing a node parameter configuration function according to the remote control instruction meaning and the detailed configuration parameter information, and completing the node parameter configuration;
the network state monitoring task module further comprises: the system comprises a task receiving and storing module, a task scheduling and executing module and a background data storage interface communication module; the network state monitoring task module is used for receiving the monitoring tasks received by the storage module from the outside by the task receiving module and storing the monitoring tasks into the local according to a time sequence; the task scheduling execution module sets an overtime timer according to the specific time of a newly arrived task: when the timer overtime event occurs, a task instruction is constructed according to the task type and the execution range and used for completing the next wireless network data acquisition and node parameter configuration; the background data storage interface communication module is mainly used for communicating with the background data storage module and storing the received wireless network data acquisition result to the background data storage module;
the background data storage module adopts a graph database or an SQL database to further store state data and configuration commands in the target network monitoring process;
the data statistical analysis module is used for extracting wireless network state data from the background data storage module and then performing statistical analysis according to different nodes, different node sets, different links/paths and different time periods.
2. The wireless network state monitoring and display system of claim 1, wherein the user manipulation interface module is configured to accept a command from a user to provide data acquisition or node configuration, and to be submitted to the network state monitoring task module for further operation; and reading the wireless network state analysis result from the background data storage module, and visually presenting the wireless network state analysis result according to the user requirement.
3. The wireless network status monitoring and display system of any one of claims 1-2, wherein the client and the server cooperate with each other, wherein: the server receives legal input of a user through a user control interface module, and the legal input is delivered to a network state monitoring task module for operation; the operation specifically comprises the steps that a server wireless network data acquisition and node configuration module constructs a remote control instruction with the function of acquiring node or link state data through an instruction construction module; the instruction data transparent transmission module encapsulates the remote control instruction in the data load part of the wireless data message; sending a wireless data message to a client in a broadcasting mode; the client receives a wireless data message of an encapsulation remote control instruction by a wireless network data acquisition and node configuration command receiving module; identifying and analyzing a remote control instruction in the wireless data message through an instruction identification execution module; according to the meaning of the remote control instruction and the detailed configuration parameter information, a local data acquisition function is executed, acquired data are transmitted back to the server side through the data extraction and return module, and data acquisition is completed; then the server receives, stores and executes the network state monitoring task through the network state monitoring task module, completes the collection of the wireless network state data and the configuration of the node parameters, summarizes and stores the network state data; the data statistical analysis module is used for performing statistical analysis on the stored target network state data, extracting the wireless network state data from the background data storage module, performing statistical analysis according to different nodes, different node sets, different links, different paths and different time periods, and providing an analysis result for the user control interface module; and the user control interface module reads the wireless network state analysis result from the data statistical analysis module and visually presents the wireless network state analysis result according to the user requirement.
4. The system for monitoring and displaying the status of the wireless network according to claim 3, wherein the server receives, stores and executes the network status monitoring task through the network status monitoring task module, and completes the collection of the status data of the wireless network and the configuration of the node parameters, and the collecting and storing of the status data of the wireless network specifically comprises: the task receiving and storing module receives the monitoring tasks from the outside and stores the monitoring tasks into a local area according to a time sequence; setting an overtime timer by a task scheduling execution module according to the specific time of a newly arrived task, constructing a task instruction according to the task type and the execution range when an overtime event of the timer occurs, and delivering the task instruction to a wireless network data acquisition and node configuration module for specific execution; the background data storage communication interface stores the received wireless network data acquisition result to a background data storage module; the background data storage module stores target network state data in a classified manner according to the actual situation of the wireless network, wherein the target network state data comprises node attributes, connection relations, link quality, network structures and service interaction.
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