CN117425163A - Wireless network remote management system - Google Patents

Abstract

The invention discloses a wireless network remote management system in the technical field of wireless communication, which comprises: network device management unit: the system is responsible for monitoring and managing equipment in a wireless network in real time, and comprises a wireless router, a gateway and a switch, wherein an administrator can check equipment states, configure equipment parameters and conduct equipment fault diagnosis. The beneficial effects of the invention are as follows: the remote management of the wireless network is realized, an administrator can perform operations such as equipment management, configuration, fault diagnosis and the like on the wireless network at any time and any place, and the management efficiency is improved; by means of automatic fault diagnosis and solution, workload of an administrator is reduced, and fault processing efficiency is improved; the real-time performance monitoring can help an administrator to discover and solve potential performance problems in time, and the network operation effect is improved; the network security module provides comprehensive security management functions, protecting the wireless network from various network attacks.

Description

Wireless network remote management system

Technical Field

The invention relates to the technical field of wireless communication, in particular to a wireless network remote management system.

Background

The radio communication is a communication system in which an electric signal such as sound, text, data, or image to be transmitted is modulated on a radio wave and transmitted to a counterpart via space and the ground, and information is transmitted in space by using a radio electromagnetic wave.

With the rapid development and wide application of wireless networks, it is becoming more and more important to manage wireless networks. The traditional wireless network management system generally needs manual intervention, which results in low efficiency and cannot meet the timely and accurate management requirements of a large-scale wireless network, so the application provides a wireless network remote management system.

Disclosure of Invention

The invention aims to provide a wireless network remote management system which has wide application prospect in the field of wireless network management and solves the problems that the traditional wireless network management system proposed in the background technology generally needs manual intervention, so that the efficiency is low and the requirement on timely and accurate management of a large-scale wireless network cannot be met.

In order to achieve the above purpose, the present invention provides the following technical solutions: a wireless network remote management system, the system being usable with a computer having a processor, comprising:

network device management unit: the system is responsible for monitoring and managing equipment in a wireless network in real time, and comprises a wireless router, a gateway and a switch, wherein an administrator can check equipment states, configure equipment parameters and conduct equipment fault diagnosis;

remote configuration unit: the wireless network is configured in a remote mode, and an administrator can remotely set parameters of the wireless network, so that the wireless network can be quickly adjusted and optimized;

a fault diagnosis unit: automatically detecting and diagnosing faults in the wireless network, providing corresponding solutions according to fault types, and enabling an administrator to remotely diagnose and resolve faults of the wireless network through the unit so as to improve the efficiency of fault processing;

performance detection unit: continuously monitoring performance indexes of the wireless network, feeding back monitoring results to an administrator in real time, and enabling the administrator to know the running condition of the wireless network through the unit, so that potential problems can be found and solved in time, and network performance and user experience are improved;

network security management unit: the security management of the wireless network is responsible for detection and defense of intrusion behaviors, user authentication and data encryption, and an administrator can monitor and manage the security of the wireless network remotely through the unit to protect the network from various network attacks and threats.

As a further scheme of the invention: the network device management unit further comprises the following sub-modules:

the equipment topology map module: the device topology diagram of the wireless network can be generated, and the connection relation and the topology structure between network devices can be clearly displayed;

the equipment real-time monitoring module: the state of the wireless network equipment is monitored in real time, and the working state, the connection state and the signal intensity parameters of the equipment are intuitively displayed through an interface;

centralized configuration and upgrade module: supporting batch configuration and upgrading of wireless network equipment, an administrator can perform unified configuration on a plurality of equipment through a system interface set, and tedious operation of equipment-by-equipment configuration is avoided;

alarm and event management module: when the equipment fails, the serious performance is reduced or the network is abnormal, the system generates an alarm and notifies an administrator;

remote logging and analysis module: an administrator can remotely check and analyze the log through an interface, so that the running condition of equipment, the fault reason and the system performance problem are known, and references are provided for fault investigation and optimization;

an automation equipment maintenance module: and (3) regularly detecting the health of the equipment, automatically cleaning equipment cache, optimizing equipment configuration, and performing equipment performance evaluation.

As still further aspects of the invention: the remote configuration unit further comprises the following sub-modules:

and (3) a batch configuration module: the wireless network equipment is supported to be configured in batches, so that an administrator can uniformly configure a plurality of equipment at one time;

and (3) a configuration module: an administrator can create and store a plurality of configuration templates, which are respectively applicable to different wireless network scenes;

a timing configuration module: an administrator can preset a configuration plan, and configuration operation on equipment is automatically triggered according to the designated time and conditions;

configuration rollback and backup module: before the configuration update is carried out, the system automatically backs up the configuration of the current equipment so as to quickly recover when the configuration fails or a problem occurs;

remote verification and debugging module: an administrator can verify the correctness of configuration through the function, and diagnose and solve the configuration problem through real-time equipment state monitoring and log record analysis;

configuration audit and compliance module: and recording operation traces of each configuration, including operation time, operators and configuration change information, so as to carry out audit and tracking.

As still further aspects of the invention: the fault diagnosis unit further comprises the following sub-modules:

and the real-time detection and alarm module is as follows: the state and performance of the wireless network equipment are monitored in real time, when equipment faults or performance degradation occur, the system can send out an alarm to inform an administrator, and corresponding fault diagnosis and solutions are provided;

an automatic fault diagnosis module: according to the change of the equipment state and the performance index, the system can automatically identify and locate the type and the position of the fault;

advanced fault analysis module: collecting and analyzing logs, performance parameters and historical data of equipment, finding potential fault modes, fault trends and system weaknesses, and providing corresponding suggestions and optimization measures to help an administrator prevent and solve faults;

remote troubleshooting module: the equipment is accessed in a remote mode to conduct fault detection and solution;

fault recording and analyzing module: and automatically recording relevant information of each fault event, including fault type, fault occurrence time and fault equipment, and enabling an administrator to check and analyze the fault records through a system interface, know the occurrence frequency, duration and influence range of the faults and provide reference basis for fault prevention and network optimization.

As still further aspects of the invention: the performance detection unit further comprises the following sub-modules:

and a bandwidth detection module: the uploading and downloading speeds of the equipment are tested, an administrator can know the bandwidth utilization rate of the network, and the network bottleneck and a high-load area are found;

delay detection module: real-time monitoring and historical trend analysis are carried out by collecting delay data of appointed equipment;

a signal strength testing module: by collecting signal strength data of the device, an administrator can analyze and optimize coverage of the wireless network;

j itter detection module: by measuring jitter conditions of data transmission between devices, an administrator can evaluate stability and fluctuation conditions of a network;

QoS evaluation module: by monitoring performance indicators of critical applications (e.g., video streaming, voice calls, etc.), an administrator can determine whether the network meets QoS requirements;

historical trend analysis module: historical data of performance indicators is recorded and provides an administrator with a deep understanding of network performance through visual charts and trend analysis.

As still further aspects of the invention: the network device management unit further comprises the following sub-modules:

and an access control module: through identity verification, user authority management and implementation of access policies, an administrator can limit access to network resources and devices, and only allow legal users to operate;

and a data encryption module: by using a high-strength encryption algorithm and protocol, the system can encrypt data, so that only a legal receiver can decrypt and access the data;

threat detection and prevention module: the system can detect and prevent various network attacks by using real-time threat information, an intrusion detection system and an intrusion prevention system technology;

security hole scanning module: by identifying security holes and weaknesses existing on the equipment, an administrator can take measures in time, repair the holes and strengthen the network equipment so as to improve the security of the network and resist potential attacks;

log and audit module: recording an operation log of the network equipment, a security event log and an operation log of an administrator;

safety education and training module: providing security awareness training, security best practice guidance and formulation of security policies, the system helps administrators and network users to enhance network security awareness, learn how to avoid security risks and properly address security threats.

Compared with the prior art, the invention has the beneficial effects that:

1. the remote management of the wireless network is realized, an administrator can perform operations such as equipment management, configuration, fault diagnosis and the like on the wireless network at any time and any place, and the management efficiency is improved;

2. by means of automatic fault diagnosis and solution, workload of an administrator is reduced, and fault processing efficiency is improved;

3. the real-time performance monitoring can help an administrator to discover and solve potential performance problems in time, and the network operation effect is improved;

4. the network security module provides comprehensive security management functions, protecting the wireless network from various network attacks.

Drawings

FIG. 1 is a schematic diagram of a system architecture of a wireless network remote management system according to the present invention;

FIG. 2 is a schematic diagram of a system architecture of a network device management unit in a wireless network remote management system according to the present invention;

FIG. 3 is a schematic diagram of a system architecture of a remote configuration unit in a wireless network remote management system according to the present invention;

FIG. 4 is a schematic diagram of a system architecture of a fault diagnosis unit in a wireless network remote management system according to the present invention;

FIG. 5 is a schematic diagram of a system architecture of a performance detection unit in a wireless network remote management system according to the present invention;

fig. 6 is a schematic diagram of a system architecture of a network device management unit in a wireless network remote management system according to the present invention.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The terms first, second and the like in the description and in the claims, are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged, as appropriate, such that embodiments of the present application may be implemented in sequences other than those illustrated or described herein, and that the objects identified by "first," "second," etc. are generally of a type and not limited to the number of objects, e.g., the first object may be one or more. Furthermore, in the description and claims, "and/or" means at least one of the connected objects, and the character "/", generally means that the associated object is an "or" relationship.

In the description of the present invention, it should be understood that the terms "center," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like indicate orientations or positional relationships based on the orientation or positional relationships shown in the drawings, merely to facilitate describing the present invention and simplify the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present invention.

In the description of the present invention, it should be noted that, unless explicitly stated and limited otherwise, the terms "mounted," "connected," and "disposed" are to be construed broadly, and may be fixedly connected, disposed, or detachably connected, disposed, or integrally connected, disposed, for example. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.

Referring to fig. 1 to 6, in an embodiment of the present invention, a wireless network remote management system may be used by a computer with a processor, and the system is composed of the following units:

network device management unit:

the unit is responsible for monitoring and managing various devices in the wireless network in real time, including wireless routers, gateways, switches, etc. Through the unit, an administrator can check the state of the equipment, configure the parameters of the equipment, perform fault diagnosis of the equipment and the like.

Remote configuration unit:

the unit allows an administrator to configure the wireless network in a remote mode, and the administrator can remotely set parameters such as the name, the password, the frequency band, the channel and the like of the wireless network, so that the wireless network can be quickly adjusted and optimized.

A fault diagnosis unit:

the unit can automatically detect and diagnose faults in the wireless network, provide corresponding solutions according to fault types, and enable an administrator to remotely diagnose and resolve faults of the wireless network through the unit so as to improve the efficiency of fault processing.

Performance monitoring unit:

the unit continuously monitors performance indexes of the wireless network, such as bandwidth utilization rate, delay, packet loss rate and the like, and feeds monitoring results back to an administrator in real time, and the administrator can know the running condition of the wireless network through the unit, discover and solve potential problems in time, and improve network performance and user experience.

Network security element:

the unit is responsible for the security management of the wireless network, including detection and defense of intrusion behaviors, user authentication, data encryption and the like, and an administrator can monitor and manage the security of the wireless network remotely through the unit to protect the network from various network attacks and threats.

Network device management module unit:

the network device management unit is one of the core components of the wireless network remote management system, and is responsible for monitoring and managing various devices in the wireless network in real time, including wireless routers, gateways, switches and the like.

Device topology map module:

the network device management unit can generate a device topological graph of the wireless network, clearly show the connection relation and the topological structure between the network devices, and enable an administrator to intuitively know the layout of the whole wireless network through the topological graph, so that the relation between the devices can be conveniently and rapidly positioned and understood.

Real-time equipment state monitoring module:

the network equipment management unit can monitor the state of the wireless network equipment in real time, visually display the important parameters such as the working state, the connection state, the signal strength and the like of the equipment through an interface, and an administrator can clearly know the health condition of the equipment and discover equipment faults and anomalies in time.

Centralized configuration and upgrade module:

the network equipment management unit supports batch configuration and upgrading of wireless network equipment, an administrator can perform unified configuration on a plurality of equipment through a system interface, complicated operation of equipment configuration one by one is avoided, and meanwhile, the module also provides a firmware upgrading function, so that the administrator can remotely upgrade equipment firmware, acquire the latest function and repair the known problems.

Alarm and event management module:

the network equipment management unit has advanced alarm and event management capability, when equipment fails, serious performance is reduced or the network is abnormal, the system can generate an alarm and inform an administrator, the administrator can obtain detailed information of the failure and abnormal event in real time, and take corresponding measures to solve the problem, so that stable operation of the wireless network is ensured.

Remote logging and analysis module:

the network equipment management unit supports remote log recording and analyzing functions, the functions can record operation logs, fault logs, system logs and the like of the wireless network equipment, and an administrator can remotely check and analyze the logs through an interface, so that the running condition, the fault reasons and the system performance problems of the equipment are known, and references are provided for fault investigation and optimization.

An automation equipment maintenance module:

the network equipment management unit also has an automatic equipment maintenance function, the system can periodically detect the health of equipment, automatically clean equipment cache, optimize equipment configuration and evaluate equipment performance, and an administrator can set an automatic maintenance plan, so that the manual maintenance workload is reduced, and the equipment maintenance efficiency is improved.

The rich functions and the intelligent characteristics of the network equipment management unit provide comprehensive and efficient wireless network equipment management capability, and assist administrators achieve the goal of remotely managing and maintaining a wireless network.

Remote configuration unit:

the remote configuration unit is an important component in a wireless network remote management system that provides the functionality to remotely configure the wireless network. The unit may assist an administrator in flexibly configuring and adjusting the wireless network in a remote manner.

And (3) a batch configuration module:

the remote configuration unit supports batch configuration of the wireless network devices, so that an administrator can perform unified configuration on a plurality of devices at one time, and through simple interface operation, the administrator can remotely set parameters such as names, passwords, frequency bands, channels and the like of the wireless network, and configuration efficiency is greatly improved.

And (3) configuring a template module:

the remote configuration unit provides the function of the configuration templates, an administrator can create and store a plurality of configuration templates which are respectively suitable for different wireless network scenes, and by selecting the appropriate configuration templates, the administrator can quickly apply corresponding configuration parameters, so that complex operation of repeated configuration is avoided, and the consistency and accuracy of configuration are improved.

A timing configuration module:

the remote configuration unit supports the function of configuring the wireless network equipment at regular time, an administrator can preset a configuration plan and automatically trigger the configuration operation of the equipment according to the designated time and conditions, so that the administrator can realize seamless network configuration update in a specific time period, the influence on a user is avoided, and the manual operation time of configuration is saved.

Configuration rollback and backup module:

the remote configuration unit allows an administrator to roll back and back the configuration, and before the configuration is updated, the system automatically backs up the configuration of the current equipment so as to quickly recover when the configuration fails or has a problem, and the administrator can manually back up and recover the configuration to ensure the reliability and the safety of the configuration.

Remote verification and debugging module:

the remote configuration unit provides remote verification and debugging functions by which an administrator can verify the correctness of configuration, diagnose and solve the problems related to the configuration by real-time equipment state monitoring and log record analysis, so that the administrator can timely find and solve configuration errors, and the accuracy and reliability of the configuration are improved.

Configuration audit and compliance module:

the remote configuration unit also has configuration audit and compliance functions, the system records operation trace of each configuration, including operation time, operators, configuration change and other information, so as to audit and track, and for specific industries or organizations, the system can also perform safety audit of configuration according to compliance requirements so as to ensure compliance and safety of the wireless network.

The rich functions of the remote configuration unit enable an administrator to conveniently and efficiently remotely configure the wireless network equipment, reduce the complexity and workload of operation, improve the speed and accuracy of configuration, and simultaneously ensure the stability and reliability of configuration and provide powerful support for the operation of the wireless network through the functions of configuration templates, timing configuration, configuration rollback and the like.

Fault diagnosis module unit

The fault diagnosis unit is one of important components in the wireless network remote management system, and can rapidly locate and diagnose equipment faults and provide corresponding solutions by collecting, analyzing and reporting key indexes and state information of wireless network equipment.

And the real-time monitoring and alarming module is used for:

the fault diagnosis unit can monitor the state and performance of the wireless network equipment in real time, including the connection state, signal intensity, transmission rate and the like of the equipment, when equipment faults or performance degradation occur, the system can send out alarms to inform an administrator, and corresponding fault diagnosis and solutions are provided, so that the administrator can take measures in time, and the influence of the faults on users is reduced.

An automatic fault diagnosis module:

the fault diagnosis unit has automatic fault diagnosis capability, the system can automatically identify and position the type and position of the fault according to the change of the equipment state and the performance index, and an administrator can quickly know and solve the fault problem through the diagnosis result and the suggestion provided by the system, so that the time and the workload of fault elimination are reduced.

Advanced fault analysis module:

the fault diagnosis unit provides an advanced fault analysis function, can deeply analyze the cause and influence of the fault, and can discover potential fault modes, fault trends, system weaknesses and the like by collecting and analyzing logs, performance parameters and historical data of equipment, and provide corresponding suggestions and optimization measures to help an administrator prevent and solve the fault.

Remote troubleshooting module:

the fault diagnosis unit supports a remote fault removal function, an administrator can access the equipment in a remote mode to conduct fault detection and solution, and the system provides a series of remote diagnosis and fault solution tools, such as a remote terminal, remote log checking and the like, so that the administrator can conduct fault treatment at different places, and the fault response and solution efficiency is improved.

Fault recording and analyzing module:

the fault diagnosis unit also supports fault recording and analysis, the system can automatically record relevant information of each fault event, including fault type, fault occurrence time, fault equipment and the like, and an administrator can check and analyze the fault recording through a system interface, know the occurrence frequency, duration and influence range of the fault, and provide reference basis for fault prevention and network optimization.

The fault diagnosis unit plays a key role in a wireless network remote management system, can help an administrator to quickly locate and diagnose equipment faults, provides related solutions and suggestions, and greatly improves the efficiency and accuracy of fault removal and ensures the reliability and stable operation of a wireless network through functions of real-time monitoring, automatic diagnosis, advanced analysis and the like.

Performance detection unit

The performance detection unit is a key component in a wireless network remote management system and can comprehensively evaluate and monitor the performance of wireless network equipment, and the module helps an administrator to know and improve the network performance by collecting, analyzing and reporting key performance indexes.

And a bandwidth detection module:

the performance detection unit can monitor the bandwidth use condition of the wireless network equipment in real time, and an administrator can know the bandwidth utilization rate of the network through the uploading and downloading speed of the test equipment, discover the network bottleneck and the high-load area, thereby being beneficial to optimizing the network resource allocation and improving the network transmission efficiency.

Delay detection module:

the performance detection unit supports a delay detection function, can measure the delay condition of the wireless network, and can monitor in real time and analyze historical trend by collecting delay data of the designated equipment, so that the manager can quickly locate the cause of the delay problem and take corresponding optimization measures, and user experience and network performance are improved.

Signal strength measurement module:

the performance detection unit can measure the signal intensity and coverage of the equipment, and by collecting the signal intensity data of the equipment, an administrator can analyze and optimize the coverage condition of the wireless network, and if the signal intensity of a certain area is too low or the coverage is insufficient, the system can automatically alarm to remind the administrator to take measures for expanding the coverage of the network.

J itter detection module:

the performance detection unit has a J itter (jitter) detection function and is used for monitoring the signal stability of the wireless network, an administrator can evaluate the stability and fluctuation condition of the network through measuring the jitter condition of data transmission between devices, and if the jitter exceeds a threshold value, the system can send out an alarm to remind the administrator to investigate and process the jitter problem.

QoS evaluation module:

the performance detection unit supports evaluation of network quality of service (QoS), and by monitoring performance indexes of key applications (such as video streaming, voice call, etc.), an administrator can determine whether the network meets QoS requirements, and if the QoS is found to be degraded or not, the system can provide corresponding advice and optimization schemes to improve the quality of service.

Historical trend analysis module:

the performance detection unit can analyze the historical trend of the wireless network performance, the system can record the historical data of the performance index, and through the visual chart and trend analysis, deep understanding of the network performance is provided for an administrator, and the administrator can find potential problems according to the trend analysis result, and perform corresponding optimization and improvement.

The performance detection unit emphasizes comprehensive evaluation and monitoring of network performance in a wireless network remote management system, and an administrator can know the performance condition of the wireless network in real time and discover and solve problems in time through the functions of bandwidth detection, delay detection, signal strength measurement, J itter detection, qoS evaluation, historical trend analysis and the like so as to improve the availability, stability and user experience of the network.

Network security element:

a network security element is a key component in a wireless network remote management system that aims to protect the wireless network from security threats and attacks, and ensures confidentiality, integrity and availability of the wireless network by implementing various security measures and techniques.

And an access control module:

the network security element provides powerful access control functions to protect the network from unauthorized access, and through authentication, user rights management and enforcement of access policies, administrators may restrict access to network resources and devices, allowing only legitimate users to operate, which helps to prevent unauthorized user intrusion and malicious activity.

And a data encryption module:

the network security unit supports a data encryption technology for protecting confidentiality in the data transmission process in the wireless network, and the system can encrypt the data by using a high-strength encryption algorithm and protocol, so that only a legal receiver can decrypt and access the data, and the system is helpful for preventing data leakage and information theft.

Threat detection and prevention module:

the network security element is capable of detecting and preventing cyber-threats and attacks, and the system can detect and prevent various cyber-attacks such as DDoS attacks, malware, phishing, etc., by using technologies such as real-time threat intelligence, intrusion Detection Systems (IDS), intrusion Prevention Systems (IPS), etc., which helps to ensure the normal operation of network services and the security of user data.

Security hole scanning module:

the network security unit supports a security vulnerability scanning function, can periodically scan and evaluate the vulnerability of the network device, and can timely take measures, repair the vulnerability and strengthen the network device by identifying the security vulnerability and the vulnerability existing on the device so as to improve the security of the network and resist potential attacks.

Log and audit module:

the network security unit provides perfect log record and audit functions, the system records operation logs of network equipment, security event logs, operation logs of an administrator and the like, so that the administrator can track and analyze the security events and operation records of the network, discover abnormal activities in time and take necessary measures to deal with.

Safety education and training module:

the network security element also provides security education and training support, and by providing security awareness training, security best practice guidance, and formulation of security policies, the system helps administrators and network users to enhance network security awareness, learn how to avoid security risks and properly address security threats.

The network security unit plays a vital role in a wireless network remote management system, and can protect the wireless network from various network threats and attacks by the functions of access control, data encryption, threat detection and prevention, security hole scanning, logging and audit, security education and training and the like, so that the network can provide safe and reliable services, and privacy and sensitive information of users are protected.

The system also comprises:

and a user management module: the user management module is responsible for managing user information and authority control in the system. It includes user registration, login, authentication, and user rights management. Upon registration of the user, the system may collect information provided by the user and create an account. When a user logs in, the system verifies the identity and credential information of the user. User rights management is used to control the access rights of users to system resources, e.g. administrators have higher rights, whereas ordinary users have limited rights.

And the equipment management module: the device management module is used to manage wireless network devices connected to the system. It is responsible for the addition, deletion and configuration of devices. When a new device is connected to the system, the device management module identifies the device and adds it to the device list of the system. The administrator may use the module to configure the device, such as modifying the device's network settings, upgrading the device firmware, etc.

And a network monitoring module: the network monitoring module is responsible for monitoring the wireless network state in the system in real time. The method acquires real-time network information by monitoring network traffic, equipment connection state, network quality index and the like. The module can detect events such as network faults, equipment faults, abnormal flow and the like, so that an administrator can take measures in time to carry out fault removal and problem solving.

A network configuration module: the network configuration module is used for configuring and managing the wireless network in the system. The administrator may use this module to set SSID, password, encryption type, access control rules, etc. of the network. The module can also configure network parameters such as IP address allocation, DHCP setting, port forwarding, and the like of the network.

Network security module: the network security module is a key component in the system responsible for protecting the wireless network from security threats and attacks. It covers access control, data encryption, threat detection and prevention, security vulnerability scanning, logging and auditing, security education and training functions, and the detailed working principles have been described in the previous answers.

And a remote management module: the remote management module enables an administrator to manage the wireless network in a remote manner. The module provides a user interface (Web interface or mobile application) through which a user can perform various management operations, such as viewing device status, performing remote configuration, performing firmware upgrades, etc. The module communicates with the device using a network communication protocol (e.g., HTTP, SSH, SNMP, etc.).

Alarm and notification module: the alarm and notification module is used for timely notifying an administrator about important events and state changes occurring in the system. It may send alerts and notifications to administrators by way of e-mail, text messages, push notifications, etc. For example, when the system detects a network attack, device failure, or abnormal activity, the alarm and notification module will immediately send a corresponding alarm to the administrator.

The system has the following improvement points:

convenience and flexibility: the invention enables an administrator to manage the wireless network in a remote mode, and does not need to go to the physical location of the network equipment in person. This greatly improves the convenience and flexibility of management, and an administrator can access the remote management system through the internet at any time and any place to perform necessary operations and configurations.

Real-time monitoring and troubleshooting: the remote management module, in combination with the network monitoring module, enables an administrator to monitor the status and activity of the wireless network in real time. An administrator can timely discover and process problems such as network faults, equipment faults and the like, and the downtime and maintenance cost of the wireless network are reduced. In addition, by remote management, an administrator can quickly respond and solve the problem of the user, providing more efficient technical support.

Centralized management and one-key configuration: the device management module and network configuration module of the present invention enable an administrator to centrally manage and configure a plurality of wireless network devices. Through a unified management interface, an administrator can configure network parameters of a plurality of devices, such as SSID, password, encryption type and the like, at one time, so that management efficiency is greatly improved. Moreover, an administrator can perform operations such as batch upgrading and batch restarting on the equipment, and the workflow of equipment maintenance and updating is simplified.

Security and protection: the network security module of the present invention provides comprehensive security measures to protect wireless networks from security threats and attacks. The system comprises the functions of access control, data encryption, threat detection and prevention, security hole scanning, log, audit and the like. An administrator can implement proper security policies and protective measures through a remote management system to ensure the security and stability of the wireless network.

Efficiency and cost savings: by the invention, an administrator can quickly execute various management operations, and the management efficiency is improved. In addition, the requirements of manual operation and field maintenance are reduced, and the manpower resources and the management cost are saved. By finding and solving the network problems in time, downtime can be reduced, and network availability and service continuity are improved.

Extensibility and scalability: the architecture and design of the invention have good expansibility and scalability. The administrator can easily add new devices to the system and perform the corresponding configuration and management. Meanwhile, the remote management system can adapt to network environments with different scales and complexities, and meets the growth and change requirements of enterprises and organizations.

The invention has wide application scene and is suitable for various environments and scenes needing remote management of wireless networks. The following are examples of some common application scenarios and specific application scenarios:

enterprise/office network management: in businesses and office environments, there are typically a large number of wireless network devices distributed across different offices, floors, and even various geographic locations. Through the remote management system of the invention, an administrator can remotely configure and manage the devices, including setting network parameters, viewing device states, performing firmware upgrades, and the like. Meanwhile, an administrator can monitor network activities and faults at any time, respond quickly and solve the problems, and ensure the stability and usability of the wireless network.

Public place network management: free wireless network services are typically provided in public places such as hotels, malls, airports, cafes, etc. The remote management system of the present invention may be used to manage and configure wireless network devices in these public places. The administrator can perform centralized management in a remote mode, realize unified network setting and strategy, and monitor network activities and user connection conditions. This may provide a more stable and secure public network experience.

Educational institutions and school network management: schools and educational institutions often have large wireless networks that require the management of wireless devices in various areas including classrooms, laboratories, libraries, etc. By adopting the remote management system, an administrator can remotely configure and monitor the wireless network in the teaching building and the campus, and reliable network connection is provided to support teaching and learning requirements.

Remote support and maintenance: the remote management system of the present invention may also be used for remote support and maintenance. For example, a device provider or service provider may provide technical support to customers in a remote manner for troubleshooting and repairing devices. Through the remote management system, technicians can be quickly and remotely connected to the wireless network equipment of the client to diagnose and repair, and inconvenience and delay of field maintenance are avoided.

Internet of things (I oT) network management: the internet of things involves a large number of wireless devices and sensors that need to be centrally managed and monitored. The remote management system can be used for remote management and configuration of the Internet of things network, and comprises equipment registration, control command issuing, data acquisition, analysis and the like. An administrator can manage the Internet of things equipment in a remote mode, so that intelligent and efficient Internet of things application is realized.

These are only examples, in practice, the application scenario of the present invention is very wide, and the present invention can be used for remote management in any field related to wireless network device management, thereby improving efficiency and convenience.

It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises the element. Furthermore, it should be noted that the scope of the methods and apparatus in the embodiments of the present application is not limited to performing the functions in the order shown or discussed, but may also include performing the functions in a substantially simultaneous manner or in an opposite order depending on the functions involved, e.g., the described methods may be performed in an order different from that described, and various steps may also be added, omitted, or combined. Additionally, features described with reference to certain examples may be combined in other examples.

The embodiments of the present application have been described above with reference to the accompanying drawings, but the present application is not limited to the above-described embodiments, which are merely illustrative and not restrictive, and many forms may be made by those of ordinary skill in the art without departing from the spirit of the present application and the scope of the claims, which are also within the protection of the present application.

Claims (6)

1. The utility model provides a wireless network remote management system, this system can carry out the use through a computer that carries on the treater, its characterized in that: comprising the following steps:

network device management unit: the system is responsible for monitoring and managing equipment in a wireless network in real time, and comprises a wireless router, a gateway and a switch, wherein an administrator can check equipment states, configure equipment parameters and conduct equipment fault diagnosis;

remote configuration unit: the wireless network is configured in a remote mode, and an administrator can remotely set parameters of the wireless network, so that the wireless network can be quickly adjusted and optimized;

a fault diagnosis unit: automatically detecting and diagnosing faults in the wireless network, providing corresponding solutions according to fault types, and enabling an administrator to remotely diagnose and resolve faults of the wireless network through the unit so as to improve the efficiency of fault processing;

performance detection unit: continuously monitoring performance indexes of the wireless network, feeding back monitoring results to an administrator in real time, and enabling the administrator to know the running condition of the wireless network through the unit, so that potential problems can be found and solved in time, and network performance and user experience are improved;

network security management unit: the security management of the wireless network is responsible for detection and defense of intrusion behaviors, user authentication and data encryption, and an administrator can monitor and manage the security of the wireless network remotely through the unit to protect the network from various network attacks and threats.

2. The wireless network remote management system of claim 1, wherein: the network device management unit further comprises the following sub-modules:

the equipment topology map module: the device topology diagram of the wireless network can be generated, and the connection relation and the topology structure between network devices can be clearly displayed;

the equipment real-time monitoring module: the state of the wireless network equipment is monitored in real time, and the working state, the connection state and the signal intensity parameters of the equipment are intuitively displayed through an interface;

centralized configuration and upgrade module: supporting batch configuration and upgrading of wireless network equipment, an administrator can perform unified configuration on a plurality of equipment through a system interface set, and tedious operation of equipment-by-equipment configuration is avoided;

alarm and event management module: when the equipment fails, the serious performance is reduced or the network is abnormal, the system generates an alarm and notifies an administrator;

remote logging and analysis module: an administrator can remotely check and analyze the log through an interface, so that the running condition of equipment, the fault reason and the system performance problem are known, and references are provided for fault investigation and optimization;

an automation equipment maintenance module: and (3) regularly detecting the health of the equipment, automatically cleaning equipment cache, optimizing equipment configuration, and performing equipment performance evaluation.

3. The wireless network remote management system of claim 1, wherein: the remote configuration unit further comprises the following sub-modules:

and (3) a batch configuration module: the wireless network equipment is supported to be configured in batches, so that an administrator can uniformly configure a plurality of equipment at one time;

and (3) a configuration module: an administrator can create and store a plurality of configuration templates, which are respectively applicable to different wireless network scenes;

a timing configuration module: an administrator can preset a configuration plan, and configuration operation on equipment is automatically triggered according to the designated time and conditions;

configuration rollback and backup module: before the configuration update is carried out, the system automatically backs up the configuration of the current equipment so as to quickly recover when the configuration fails or a problem occurs;

remote verification and debugging module: an administrator can verify the correctness of configuration through the function, and diagnose and solve the configuration problem through real-time equipment state monitoring and log record analysis;

configuration audit and compliance module: and recording operation traces of each configuration, including operation time, operators and configuration change information, so as to carry out audit and tracking.

4. The wireless network remote management system of claim 1, wherein: the fault diagnosis unit further comprises the following sub-modules:

and the real-time detection and alarm module is as follows: the state and performance of the wireless network equipment are monitored in real time, when equipment faults or performance degradation occur, the system can send out an alarm to inform an administrator, and corresponding fault diagnosis and solutions are provided;

an automatic fault diagnosis module: according to the change of the equipment state and the performance index, the system can automatically identify and locate the type and the position of the fault;

advanced fault analysis module: collecting and analyzing logs, performance parameters and historical data of equipment, finding potential fault modes, fault trends and system weaknesses, and providing corresponding suggestions and optimization measures to help an administrator prevent and solve faults;

remote troubleshooting module: the equipment is accessed in a remote mode to conduct fault detection and solution;

fault recording and analyzing module: and automatically recording relevant information of each fault event, including fault type, fault occurrence time and fault equipment, and enabling an administrator to check and analyze the fault records through a system interface, know the occurrence frequency, duration and influence range of the faults and provide reference basis for fault prevention and network optimization.

5. The wireless network remote management system of claim 1, wherein: the performance detection unit further comprises the following sub-modules:

and a bandwidth detection module: the uploading and downloading speeds of the equipment are tested, an administrator can know the bandwidth utilization rate of the network, and the network bottleneck and a high-load area are found;

delay detection module: real-time monitoring and historical trend analysis are carried out by collecting delay data of appointed equipment;

a signal strength testing module: by collecting signal strength data of the device, an administrator can analyze and optimize coverage of the wireless network;

the Jitter detection module: by measuring jitter conditions of data transmission between devices, an administrator can evaluate stability and fluctuation conditions of a network;

QoS evaluation module: by monitoring performance indicators of critical applications (e.g., video streaming, voice calls, etc.), an administrator can determine whether the network meets QoS requirements;

historical trend analysis module: historical data of performance indicators is recorded and provides an administrator with a deep understanding of network performance through visual charts and trend analysis.

6. The wireless network remote management system of claim 1, wherein: the network device management unit further comprises the following sub-modules:

and an access control module: through identity verification, user authority management and implementation of access policies, an administrator can limit access to network resources and devices, and only allow legal users to operate;

and a data encryption module: by using a high-strength encryption algorithm and protocol, the system can encrypt data, so that only a legal receiver can decrypt and access the data;

threat detection and prevention module: the system can detect and prevent various network attacks by using real-time threat information, an intrusion detection system and an intrusion prevention system technology;

security hole scanning module: by identifying security holes and weaknesses existing on the equipment, an administrator can take measures in time, repair the holes and strengthen the network equipment so as to improve the security of the network and resist potential attacks;

log and audit module: recording an operation log of the network equipment, a security event log and an operation log of an administrator;

safety education and training module: providing security awareness training, security best practice guidance and formulation of security policies, the system helps administrators and network users to enhance network security awareness, learn how to avoid security risks and properly address security threats.