Notebook computer network speed distribution system

Abstract

The invention discloses a notebook network speed distribution system, and particularly relates to the field of network speed distribution systems.The notebook network speed distribution system comprises an authority unit, the authority unit comprises a login module used for logging in an authority background, and the login module is electrically connected with an authentication module used for authenticating whether the login module is correct or not; the authentication module is electrically connected with an error module used for error report and a management module used for authority management, and the management module comprises a mode selection unit used for selecting manual operation and automatic operation. According to the invention, errors in login or operation can be fed back to the user in time through the error management module, the availability of the system is improved, the confusion of the user is reduced, the user can select a manual or automatic operation mode as required, the manual mode allows the user to finely adjust the network speed, the automatic mode reduces the intervention of the user, and the user experience is improved. And network resources are automatically managed, so that the requirements of different users are flexibly met.

Description

Technical Field

[0001] The present invention relates to the field of network speed distribution systems, and in particular to a network speed distribution system for notebook computers. Background Art

[0002] The notebook network speed distribution system is an efficient online note management tool designed to help users easily record, organize and share notes. The system can be widely used in education, team collaboration and personal knowledge management, supports multiple functions, and improves users' learning and work efficiency. There are many factors that affect network speed, and notebooks are mostly used for wireless network connections. The wireless network domain does not have only one line. The number of users in different domains is different in different time periods, which leads to different network speeds in different domains. The speed of the notebook will be affected, and a notebook network speed distribution system is needed to solve the problem of network speed in different time periods. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the prior art. There are many factors that affect the network speed, and laptops are mostly used for wireless network connection. The wireless network domain does not have only one line. The number of people using different domains is different in different time periods, which leads to different network speeds in different domains. The network speed of the laptop will be affected, and a laptop network speed distribution system is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A notebook network speed distribution system includes a permission unit, the permission unit includes a login module for logging into a permission background, the login module is electrically connected to an authentication module for authenticating whether the login module is correct, the authentication module is electrically connected to an error module for error reporting and a management module for permission management, the management module includes a mode selection unit for selecting manual operation and automatic operation, the mode selection unit includes a mode selection module for selecting manual operation and automatic operation, the mode selection module is electrically connected to a manual unit for manual operation and an automatic unit for automatic operation, the automatic unit and the manual unit are electrically connected, the management unit also includes a network speed viewing module for viewing the network domain network speed, a network speed frequency modulation module for frequency modulation of the network domain network speed, and a time period setting module for selecting a time period and setting a time change.

[0006] The present invention is further configured as follows: a user logs in to the permission unit through a login module in the permission unit, and the authentication module analyzes and authenticates the login data to analyze whether it is recorded login data; when the login data fails to pass the authentication of the authentication module, an error report is issued by the error module and transmitted to the login module, and the login error is displayed by the login module; when the login data passes the authentication of the authentication module, it enters the management unit for management and control.

[0007] The present invention is further configured as follows: the mode selection module in the management unit can select different modes according to the authentication personnel; when the mode selection module selects the manual unit, the automatic unit is closed; when the mode selection module selects the automatic unit, the manual unit is closed; the manual unit is closed for the network speed frequency modulation module and the time period setting module to suspend operation and be replaced by the automatic unit; in the manual mode, the network speed viewing module views the network speed of different network domains, and the network speed frequency modulation module adjusts different network domains according to demand; the time period setting module can set a time period to automatically jump to other network domains, or it can stay in a certain network domain.

[0008] The present invention is further configured as follows: the automatic unit includes a network speed evaluation module for evaluating whether the network speed is applicable, the network speed evaluation module is electrically connected to a replacement module for changing the network domain, the replacement module and the network speed evaluation module are electrically connected, the network speed evaluation module is electrically connected to a recording module for recording the network domain and the frequency modulation time period, the recording module is electrically connected to a log storage module for storing recorded data, the log storage module is electrically connected to a log analysis module for analyzing and storing recorded data, the log analysis module is electrically connected to a time period recording module for recording suitable network domains and time periods, and the replacement module is electrically connected to the time period recording module.

[0009] The present invention is further configured as follows: the network speed evaluation module is used to evaluate whether the current network speed is applicable. When the network speed evaluation module evaluates that the current network speed is not applicable, the replacement module replaces the network domain. When replacing the network domain, the replacement module will analyze the time period and network domain recorded by the time period recording module to determine whether the current time needs to replace the network domain according to the data recorded in the time period recording module. When the time matches, the replacement module will switch according to the network domain and time period recorded by the time period recording module. When the time does not match, the network speed evaluation module will query the current occupancy of all network domains, and the replacement module will replace the applicable network domain.

[0010] The present invention is further configured as follows: when the network speed evaluation module evaluates the current network speed and is applicable, the recording module records the changed network domain and time period, and the log storage module stores the network domain and time period, the log analysis module analyzes the record data recorded in the log storage module, and the record data recorded in the log storage module for three consecutive times will be recorded by the time period recording module, and the later record data of the time period recording module will overwrite the previous record data.

[0011] The present invention is further configured as follows: the management unit also includes a log viewing module for viewing log data and a log cleaning module for cleaning log storage data, the log viewing module can view the record data in the log storage module, and the log cleaning module can clean the record data in the log storage module.

[0012] The present invention is further configured as follows: the specific operation of the permission unit includes the following steps:

[0013] S1. Log in to the authority unit and select the manual unit or automatic unit to work according to the needs;

[0014] S2. Working mode of automatic unit.

[0015] The present invention is further configured as follows: in step S1:

[0016] 1) The user enters login information through the login module, and the login information is transmitted to the authentication module for verification;

[0017] 2) The authentication module analyzes the login data entered by the user and checks its validity;

[0018] 3) If the login data is invalid, the error module issues an error report and the login module displays the corresponding login error information. If the login data is valid, the management unit is entered for subsequent operations;

[0019] 4) In the management unit, the user selects the operation mode through the mode selection module, the manual operation mode, turns off the automatic unit, activates the manual unit, the user uses the network speed viewing module to monitor the network speed, the user adjusts the network speed through the network speed frequency modulation module, and can set the time period for automatic switching to other network domains through the time period setting module;

[0020] 5) Automatic operation mode, turn off the manual unit, activate the automatic unit, and the system automatically manages the network speed and switches the network domain.

[0021] The present invention is further configured as follows: in step S2:

[0022] 1) In the automatic unit, the network speed evaluation module regularly evaluates the applicability of the current network speed. If the current network speed is not applicable, the replacement module triggers the operation of replacing the network domain and determines whether to switch according to the records in the time period recording module;

[0023] 2) The replacement module switches to a suitable network domain according to the data in the time period recording module. When switching, it checks whether the current time meets the replacement conditions. If the time does not match, it queries the occupancy of all current network domains and switches to the applicable network domain;

[0024] 3) When the network speed evaluation module confirms that the current network speed is applicable, the recording module records the changed network domain and time period, and the recorded data is stored in the log storage module. The log analysis module regularly analyzes the data in the log storage module, identifies three consecutive records, and updates the data in the time period recording module. The log viewing module allows the user to view the recorded data, and the log cleaning module can clean up unnecessary log data;

[0025] 4) After the user completes the operation, he / she logs out of the system. The system remains logged in or cleans up the session information to protect the user data security.

[0026] The beneficial effects of the present invention are:

[0027] The present invention can timely feed back errors in login or operation to users through the error management module, thereby improving the availability of the system and reducing user confusion. Users can choose manual or automatic operation mode according to their needs. The manual mode allows users to finely adjust the network speed, while the automatic mode reduces user intervention and automatically manages network resources, thereby flexibly meeting the needs of different users. The time period recording module records the user's usage time period and performs intelligent network domain switching based on the time period, which can improve resource utilization based on time management and ensure the stability and speed of network connection. The log analysis module performs log analysis and optimization, which can further optimize the recorded data of the time period recording module, identify the user's usage pattern, and optimize the network speed distribution according to these patterns. Further optimization mechanisms can continuously improve system performance. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 A schematic diagram of a system flow of a permission unit of a laptop network speed allocation system in the present invention;

[0029] Figure 2 A schematic diagram of a management unit system flow of a laptop network speed distribution system in the present invention;

[0030] Figure 3 A schematic diagram of a system flow of a mode selection unit of a notebook network speed distribution system in the present invention;

[0031] Figure 4 The figure is a schematic diagram of the automatic unit system flow of a notebook network speed distribution system in the present invention. DETAILED DESCRIPTION

[0032] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0033] like Figure 1-4 As shown, a notebook network speed distribution system includes a permission unit, the permission unit includes a login module for logging into the permission background, the login module is electrically connected to an authentication module for authenticating whether the login module is correct, the authentication module is electrically connected to an error module for error reporting and a management module for permission management, the management module includes a mode selection unit for selecting manual operation and automatic operation, the mode selection unit includes a mode selection module for selecting manual operation and automatic operation, the mode selection module is electrically connected to a manual unit for manual operation and an automatic unit for automatic operation, the automatic unit and the manual unit are electrically connected, the management unit also includes a network speed viewing module for viewing the network speed of the network domain, a network speed frequency modulation module for frequency modulation of the network speed of the network domain, and a time period setting module for selecting a time period and setting a time change;

[0034] The user logs in to the authority unit through the login module in the authority unit, and the authentication module analyzes and authenticates the login data to determine whether it is the recorded login data. When the login data fails to pass the authentication module, the error module issues an error report and transmits it to the login module, which displays the login error. When the login data passes the authentication module, it enters the management unit for management and control.

[0035] The mode selection module in the management unit can select different modes according to the authentication personnel. If the mode selection module selects the manual unit, the automatic unit will be closed. If the mode selection module selects the automatic unit, the manual unit will be closed. The manual unit is closed for the network speed frequency modulation module and the time period setting module to suspend work and be replaced by the automatic unit. In the manual mode, the network speed viewing module checks the network speed of different network domains, and the network speed frequency modulation module adjusts different network domains according to needs. The time period setting module can set the time period to automatically jump to other network domains, or it can always stay in a certain domain;

[0036] Through the above embodiments, the error management module can timely feedback the user about the errors in login or operation, thereby improving the availability of the system and reducing the confusion of the user. The user can select the manual or automatic operation mode according to the needs. The manual mode allows the user to finely adjust the network speed, while the automatic mode reduces the user's intervention and automatically manages the network resources, thereby flexibly meeting the needs of different users.

[0037] The automatic unit includes a network speed evaluation module for evaluating whether the network speed is suitable, the network speed evaluation module is electrically connected to a replacement module for changing the network domain, the replacement module is electrically connected to the network speed evaluation module, the network speed evaluation module is electrically connected to a recording module for recording the network domain and the frequency modulation period, the recording module is electrically connected to a log storage module for storing recorded data, the log storage module is electrically connected to a log analysis module for analyzing and storing recorded data, the log analysis module is electrically connected to a time period recording module for recording suitable network domains and time periods, and the replacement module is electrically connected to the time period recording module;

[0038] The network speed evaluation module is used to evaluate whether the current network speed is applicable. When the network speed evaluation module evaluates that the current network speed is not applicable, the replacement module will replace the network domain. When replacing the network domain, the replacement module will analyze the time period and network domain recorded by the time period recording module to determine whether the current time needs to replace the network domain according to the data recorded in the time period recording module. When the time matches, the replacement module will switch according to the network domain and time period recorded by the time period recording module. When the time does not match, the network speed evaluation module will query the current occupation of all network domains, and the replacement module will replace the applicable network domain.

[0039] When the network speed evaluation module evaluates the current network speed and finds it applicable, the recording module records the changed network domain and time period, and the log storage module stores the network domain and time period. The log analysis module analyzes the recorded data recorded in the log storage module. The recorded data recorded in the log storage module for three consecutive times will be recorded by the time period recording module, and the later recorded data of the time period recording module will overwrite the previous recorded data.

[0040] Through the above embodiments, the time period recording module records the user's usage time period, and intelligent network domain switching is performed based on the time management method, which can improve the resource utilization rate and ensure the stability and speed of the network connection. The log analysis module performs log analysis and optimization, which can further optimize the recorded data of the time period recording module, identify the user's usage mode, and optimize the network speed distribution according to these modes. Further optimization mechanisms can continuously improve system performance;

[0041] The management unit also includes a log viewing module for viewing log data and a log cleaning module for cleaning up log storage data. The log viewing module can view the record data in the log storage module, and the log cleaning module can clean up the record data in the log storage module.

[0042] Through the above embodiments, the log cleaning module can reduce the log space occupied by the log storage module, and the log viewing module can more intuitively view the recorded data;

[0043] The specific operation of the permission unit includes the following steps:

[0044] S1. Log in to the authority unit and select the manual unit or automatic unit to work according to the needs;

[0045] S2. Working mode of automatic unit.

[0046] In step S1:

[0047] 1) The user enters login information through the login module, and the login information is transmitted to the authentication module for verification;

[0048] 2) The authentication module analyzes the login data entered by the user and checks its validity;

[0049] 3) If the login data is invalid, the error module issues an error report and the login module displays the corresponding login error information. If the login data is valid, the management unit is entered for subsequent operations;

[0050] 4) In the management unit, the user selects the operation mode through the mode selection module, the manual operation mode, turns off the automatic unit, activates the manual unit, the user uses the network speed viewing module to monitor the network speed, the user adjusts the network speed through the network speed frequency modulation module, and can set the time period for automatic switching to other network domains through the time period setting module;

[0051] 5) Automatic operation mode, turn off the manual unit, activate the automatic unit, and the system automatically manages the network speed and switches the network domain.

[0052] In step S2:

[0053] 1) In the automatic unit, the network speed evaluation module regularly evaluates the applicability of the current network speed. If the current network speed is not applicable, the replacement module triggers the operation of replacing the network domain and determines whether to switch according to the records in the time period recording module;

[0054] 2) The replacement module switches to a suitable network domain according to the data in the time period recording module. When switching, it checks whether the current time meets the replacement conditions. If the time does not match, it queries the occupancy of all current network domains and switches to the applicable network domain;

[0055] 3) When the network speed evaluation module confirms that the current network speed is applicable, the recording module records the changed network domain and time period, and the recorded data is stored in the log storage module. The log analysis module regularly analyzes the data in the log storage module, identifies three consecutive records, and updates the data in the time period recording module. The log viewing module allows the user to view the recorded data, and the log cleaning module can clean up unnecessary log data;

[0056] 4) After the user completes the operation, he / she logs out of the system. The system remains logged in or cleans up the session information to protect the user data security.

[0057] Working principle: When the present invention is in use, the user inputs login information through the login module, and the login information is transmitted to the authentication module for verification. The authentication module analyzes the login data input by the user and checks its validity. If the login data is invalid, the error module issues an error report, and the login module displays the corresponding login error information. If the login data is valid, enter the management unit for subsequent operations. In the management unit, the user selects the operation mode through the mode selection module, the manual operation mode, turns off the automatic unit, activates the manual unit, the user uses the network speed viewing module to monitor the network speed, the user adjusts the network speed through the network speed modulation module, and can set the time period for automatic switching to other network domains through the time period setting module, the automatic operation mode, turns off the manual unit, activates the automatic unit, the system automatically manages the network speed and switches the network domain, and in the automatic unit, the network speed evaluation module regularly evaluates the applicability of the current network speed, such as If the current network speed is not applicable, the replacement module triggers the operation of replacing the network domain, and determines whether to switch according to the records in the time period recording module. The replacement module switches to a suitable network domain according to the data in the time period recording module. When switching, it checks whether the current time meets the replacement conditions. If the time does not match, it queries the occupancy of all current network domains and switches to the applicable network domain. When the network speed evaluation module confirms that the current network speed is applicable, the recording module records the changed network domain and time period, and the recorded data is stored in the log storage module. The log analysis module regularly analyzes the data in the log storage module, identifies three consecutive records, and updates the data in the time period recording module. The log viewing module allows the user to view the recorded data. The log cleaning module can clean up unnecessary log data. After the user completes the operation, he logs out of the system, and the system remains logged in or cleans up session information to protect user data security.

[0058] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A laptop network speed distribution system, characterized in that: It includes a permission unit, which includes a login module for logging into the permission background, the login module is electrically connected to an authentication module for authenticating whether the login module is correct, the authentication module is electrically connected to an error module for error reporting and a management module for permission management, the management module includes a mode selection unit for selecting manual operation and automatic operation, the mode selection unit includes a mode selection module for selecting manual operation and automatic operation, the mode selection module is electrically connected to a manual unit for manual operation and an automatic unit for automatic operation, the automatic unit and the manual unit are electrically connected, the management unit also includes a network speed viewing module for viewing the network speed, a network speed frequency modulation module for adjusting the network speed, and a time period setting module for selecting time periods and setting timed changes.

2. A laptop network speed distribution system according to claim 1, characterized in that: The user logs in to the permission unit through the login module in the permission unit, and the authentication module analyzes and authenticates the login data to determine whether it is recorded login data. When the login data fails to pass the authentication module, the error module issues an error report and transmits it to the login module, and the login module displays the login error. When the login data passes the authentication module, it enters the management unit for management and control.

3. A laptop network speed distribution system according to claim 2, characterized in that: The mode selection module in the management unit can select different modes according to the authentication personnel. If the mode selection module selects the manual unit, the automatic unit is closed. If the mode selection module selects the automatic unit, the manual unit is closed. The manual unit is closed to suspend the network speed frequency modulation module and the time period setting module, and the automatic unit is used to replace them. In manual mode, the network speed viewing module checks the network speed of different network domains, and the network speed frequency modulation module adjusts different network domains according to needs. The time period setting module can set the time period to automatically jump to other network domains, or it can always stay in a certain network domain.

4. A laptop network speed distribution system according to claim 1, characterized in that: The automatic unit includes a network speed evaluation module for evaluating whether the network speed is applicable, the network speed evaluation module is electrically connected to a replacement module for changing the network domain, the replacement module and the network speed evaluation module are electrically connected, the network speed evaluation module is electrically connected to a recording module for recording the network domain and the frequency modulation time period, the recording module is electrically connected to a log storage module for storing recorded data, the log storage module is electrically connected to a log analysis module for analyzing and storing recorded data, the log analysis module is electrically connected to a time period recording module for recording suitable network domains and time periods, and the replacement module is electrically connected to the time period recording module.

5. A laptop network speed distribution system according to claim 4, characterized in that: The network speed evaluation module is used to evaluate whether the current network speed is applicable. When the network speed evaluation module evaluates that the current network speed is not applicable, the replacement module will replace the network domain. When replacing the network domain, the replacement module will analyze the time period and network domain recorded by the time period recording module to determine whether the current time requires the network domain to be replaced based on the data recorded in the time period recording module. When the time matches, the replacement module will switch based on the network domain and time period recorded by the time period recording module. When the time does not match, the network speed evaluation module will query the current occupancy of all network domains, and the replacement module will replace the applicable network domain.

6. A laptop network speed distribution system according to claim 5, characterized in that: When the network speed evaluation module evaluates the current network speed and it is applicable, the recording module records the changed network domain and time period, and the log storage module stores the network domain and time period. The log analysis module analyzes the record data recorded in the log storage module. The record data recorded in the log storage module for three consecutive times will be recorded by the time period recording module, and the later record data of the time period recording module will overwrite the previous record data.

7. A laptop network speed distribution system according to claim 1, characterized in that: The management unit also includes a log viewing module for viewing log data and a log cleaning module for cleaning up log storage data. The log viewing module can view the record data in the log storage module, and the log cleaning module can clean up the record data in the log storage module.

8. A laptop network speed distribution system according to claim 7, characterized in that: The specific operation of the permission unit includes the following steps: S1. Log in to the authority unit and select the manual unit or automatic unit to work according to the needs; S2. Working mode of automatic unit.

9. A laptop network speed distribution system according to claim 8, characterized in that: In step S1: 1) The user enters login information through the login module, and the login information is transmitted to the authentication module for verification; 2) The authentication module analyzes the login data entered by the user and checks its validity; 3) If the login data is invalid, the error module issues an error report and the login module displays the corresponding login error information. If the login data is valid, the management unit is entered for subsequent operations; 4) In the management unit, the user selects the operation mode through the mode selection module, the manual operation mode, turns off the automatic unit, activates the manual unit, the user uses the network speed viewing module to monitor the network speed, the user adjusts the network speed through the network speed frequency modulation module, and can set the time period for automatic switching to other network domains through the time period setting module; 5) Automatic operation mode, turn off the manual unit, activate the automatic unit, and the system automatically manages the network speed and switches the network domain.

10. A laptop network speed distribution system according to claim 8, characterized in that: In step S2: 1) In the automatic unit, the network speed evaluation module regularly evaluates the applicability of the current network speed. If the current network speed is not applicable, the replacement module triggers the operation of replacing the network domain and determines whether to switch according to the records in the time period recording module; 2) The replacement module switches to a suitable network domain according to the data in the time period recording module. When switching, it checks whether the current time meets the replacement conditions. If the time does not match, it queries the occupancy of all current network domains and switches to the applicable network domain; 3) When the network speed evaluation module confirms that the current network speed is applicable, the recording module records the changed network domain and time period, and the recorded data is stored in the log storage module. The log analysis module regularly analyzes the data in the log storage module, identifies three consecutive records, and updates the data in the time period recording module. The log viewing module allows the user to view the recorded data, and the log cleaning module can clean up unnecessary log data; 4) After the user completes the operation, he / she logs out of the system. The system remains logged in or cleans up the session information to protect the user data security.

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