A real-time monitoring system and method for dispatcher seats based on D5000 system

Abstract

The present invention discloses a real-time monitoring system and method for a dispatcher seat based on a D5000 system. The system includes a dispatcher seat monitoring client and a biometric identification server. The dispatcher seat monitoring client monitors the biological information of the dispatcher seat in real time and sends the biological information to the biometric identification server. The biometric identification server identifies the dispatcher information on the seat based on the received biological information and feeds it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client executes all preset actions of applications in the D5000 system based on the received information, and completes the real-time monitoring of the dispatcher seat. The present invention uses biometric identification technology to realize the real-time monitoring function of the dispatcher seat, thereby making the D5000 control system safer and more convenient during operation.

Description

Technical Field

[0001] The invention belongs to the technical field of electric power automation monitoring systems, and in particular relates to a dispatcher seat real-time monitoring system and method based on a D5000 system. Background Art

[0002] With the rapid development of my country's economy, higher requirements have been put forward for the entire power industry. Reliable power supply has also become the goal pursued by all power companies. At the same time, it is also proposed to use emerging artificial intelligence technology to improve the user experience of using the dispatching system and solve practical problems. In the use of the D5000 power control automation system, the safe operation of the dispatcher is particularly important. On the one hand, the operation of updating system data such as changing models, placing cards, and controlling classes will be issued in the form of alarms to ensure that there is a trace after the operation and the responsibility is assigned to the person. This type of operation not only requires the dispatcher to have certain operating permissions, but also requires the operator to be consistent with the login account to prohibit the dispatcher from doing some operations through other people's accounts, resulting in unclear responsibility for accidents; on the other hand, if the dispatcher leaves the seat and forgets to log out of the system account during the login validity period, it is common. At this time, there will be an unsafe phenomenon due to the vacancy of the dispatcher's seat, which requires the D5000 control system to be able to handle this phenomenon fault-tolerantly. The existing solution is that when the dispatcher takes his seat, he opens the login window and logs in to the system by entering his username and password or UKEY input method. The specific steps include: after opening the login window on the main console, select username and password login or UKEY login; and select the validity period; the authority management service verifies the input account information, and after the verification is successful, he enters the control system and can operate according to the authority; after the validity period expires, the system automatically logs out of the account. It can be seen that the existing solution has the following technical problems:

[0003] (1) Emerging IT technologies are not utilized, and the authentication process is implemented through cumbersome operations and inputting usernames and passwords, which leaves room for improvement in user experience;

[0004] (2) It only implements the dispatcher authentication access function, but fails to detect whether the dispatcher and the account are really the same. That is, dispatcher A can use dispatcher B's account to successfully log in and perform operations, thus causing account security issues;

[0005] (3) It is not possible for the dispatcher to leave the seat and log out during the valid login period; that is, the following unsafe scenario may occur: Dispatcher A successfully logs in with his own account, but forgets to log out of the account for some reason during the valid login period, and Dispatcher B takes over the seat to operate, which ultimately leads to a safety problem in which the responsibility for the accident is unclear. Summary of the invention

[0006] In view of the above problems, the present invention proposes a real-time monitoring system and method for the dispatcher's seat based on the D5000 system, which uses biometric technology to realize the real-time monitoring function of the dispatcher's seat, thereby making the D5000 control system safer and more convenient during operation.

[0007] In order to achieve the above technical objectives and the above technical effects, the present invention is implemented through the following technical solutions:

[0008] In a first aspect, the present invention provides a real-time monitoring system for a dispatcher seat based on a D5000 system, including a dispatcher seat monitoring client and a biometric identification server;

[0009] The dispatcher seat monitoring client monitors the biometric information of the dispatcher seat in real time and sends the biometric information to the biometric recognition server; the biometric recognition server recognizes the dispatcher information at the seat based on the received biometric information and feeds it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client executes the preset actions of all applications in the D5000 system based on the received information to complete the real-time monitoring of the dispatcher seat.

[0010] Optionally, the dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console;

[0011] The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end;

[0012] The D5000 control system main console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation.

[0013] Optionally, the dispatcher seat monitoring service unit collects the status of the peripheral device in real time to control the frequency of collecting biometric information.

[0014] Optionally, when the dispatcher seat monitoring service unit detects that the dispatcher operates a peripheral device, the collection frequency is increased.

[0015] Optionally, the peripherals include a mouse and a keyboard;

[0016] The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit;

[0017] The D5000 control system main console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the received seat and the current user login status, and determines whether each step of the dispatcher's operation complies with safety operations. Operations that do not comply with safety will be exited in time and an alarm will be issued.

[0018] Optionally, the biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit;

[0019] The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

[0020] Optionally, the dispatcher biometric information management unit includes:

[0021] The dispatcher biometric information registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register them in the dispatcher biometric information management unit, and transmit them to the biometric information identification service unit, so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name;

[0022] The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit so that the biometric service unit deletes the corresponding data;

[0023] The policy parameter configuration management module is used to set the whitelist, biometric information collection frequency, and recognition accuracy. User names in the whitelist are not subject to biometric information recognition and log in with a username and password. Such users are public accounts.

[0024] In a second aspect, the present invention provides a method for real-time monitoring of dispatcher seats based on the D5000 system, comprising:

[0025] The dispatcher seat monitoring client is used to monitor the dispatcher seat's biometric information in real time, and the biometric information is sent to the biometric recognition server;

[0026] The biometric identification server is used to identify the dispatcher information at the seat based on the received biometric information, and feeds it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client performs preset actions based on the received information to complete the real-time monitoring of the dispatcher seat.

[0027] Optionally, the dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console;

[0028] The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end;

[0029] The D5000 control system main console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation.

[0030] Optionally, the dispatcher seat monitoring service unit collects the status of the peripheral device in real time to control the frequency of collecting biometric information;

[0031] The peripherals include a mouse and a keyboard;

[0032] The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit;

[0033] The D5000 control system master console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the seat received, combined with the current user login status, and determines whether each step of the dispatcher's operation complies with the safety operation. If the operation does not comply with the safety, it will exit in time and issue an alarm.

[0034] Optionally, the biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit;

[0035] The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

[0036] Optionally, the dispatcher biometric information management unit includes:

[0037] The dispatcher biometric information registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register them in the dispatcher biometric information management unit, and transmit them to the biometric information identification service unit, so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name;

[0038] The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit so that the biometric service unit deletes the corresponding data;

[0039] The policy parameter configuration management module is used to set the whitelist, biometric information collection frequency, and recognition accuracy. User names in the whitelist are not subject to biometric information recognition and log in with a username and password. Such users are public accounts.

[0040] Compared with the prior art, the present invention has the following beneficial effects:

[0041] Based on the real-time monitoring system and method for dispatcher seats based on the D5000 system proposed in the present invention, the dispatcher can log in to the D5000 control system with the user name of the dispatcher without doing any operation after taking the seat; after leaving the seat, the dispatcher will exit the D5000 control system in time, thereby improving the intelligence and convenience of the D5000 control system and improving the user experience of the entire system.

[0042] Based on the real-time monitoring system and method for dispatcher seats based on the D5000 system proposed by the present invention, after successfully logging into the system, the real-time monitoring system for dispatcher seats ensures that every operation performed by the dispatcher is performed by the user name himself, prohibits others from logging in and operating by impersonating the account, further clarifies the division of responsibilities, and improves the security of the entire system. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] In order to make the content of the present invention more clearly understood, the present invention is further described in detail below based on specific embodiments and in conjunction with the accompanying drawings, wherein:

[0044] Figure 1 This is a diagram of the real-time monitoring architecture of a dispatcher seat according to an embodiment of the present invention;

[0045] Figure 2 A flow chart of dispatcher biometric information management according to an embodiment of the present invention;

[0046] Figure 3 This is a flow chart of real-time monitoring of dispatcher seats according to an embodiment of the present invention. DETAILED DESCRIPTION

[0047] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the scope of protection of the present invention.

[0048] The application principle of the present invention is described in detail below in conjunction with the accompanying drawings.

[0049] Example 1

[0050] The present invention provides a real-time monitoring system for dispatcher seats based on the D5000 system. Figure 1 As shown, it includes a dispatcher seat monitoring client and a biometrics server;

[0051] The dispatcher seat monitoring client monitors the dispatcher seat's biometric information in real time and sends the biometric information to the biometric recognition service end;

[0052] The biometric identification server identifies the dispatcher information at the seat based on the received biometric information and feeds it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client executes all preset actions of the application in the D5000 system based on the received information, and completes the real-time monitoring of the dispatcher seat. In the actual application process, the dispatcher seat monitoring client is deployed in the D5000 system, managed by the D5000 system platform, and the functional process execution also complies with the D5000 system specifications.

[0053] In a specific implementation of the embodiment of the present invention, Figure 1 As shown, the dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console;

[0054] The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end; in the specific implementation process, the biometric information can be collected through a camera or an intelligent fingerprint mouse;

[0055] The D5000 control system main console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation.

[0056] In a specific implementation of the embodiment of the present invention, the dispatcher seat monitoring service unit collects the status of the peripherals in real time to control the frequency of collecting biological information and improve the efficiency of real-time monitoring of the dispatcher seat. When the dispatcher seat monitoring service unit detects that the dispatcher operates the peripherals, the collection frequency is increased to ensure the safety of the operation of the control system. Specifically, the peripherals include a mouse and a keyboard;

[0057] The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit;

[0058] The D5000 control system master console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the received seat and the current user login status, and determines whether each step of the dispatcher's operation complies with the safety operation. If the operation does not comply with the safety, it will exit in time and issue an alarm;

[0059] Combine the following Figure 3 The real-time monitoring process of the dispatcher seat is described in detail:

[0060] 1) The dispatcher seat monitoring service unit collects the seat information of the workstation in real time through the biometric collection device (camera or smart fingerprint mouse, etc.), and sends the effective collected information to the dispatcher biometric information management unit of the biometric server in real time;

[0061] 2) The dispatcher biometric information management unit of the biometric identification server performs biometric identification on the valid collected information through the biometric information identification service unit, and returns the information of the dispatcher on the seat and the configuration information of the biometric information management system unit to the dispatcher seat monitoring service unit;

[0062] 3) The dispatcher seat monitoring unit sends the dispatcher information on the seat and the configuration information of the bio-information management system unit to the D5000 system console in real time, and the D5000 system console executes all preset actions applied under the dispatcher's authority.

[0063] In a specific implementation of the embodiment of the present invention, the biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit;

[0064] The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

[0065] Wherein, the dispatcher biometric information management unit includes:

[0066] The dispatcher biometric registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register it to the dispatcher's biometric information management unit, and transmit it to the biometric information identification service unit so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name; currently supported commonly used biometric information include: facial information, fingerprints, irises, etc.

[0067] The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit, so that the biometric service unit deletes the corresponding data to ensure that there is no dirty data left in the entire system;

[0068] The policy parameter configuration management module is used to set parameters such as the whitelist, biometric information collection frequency, and recognition accuracy. User names in the whitelist are not subject to biometric information recognition and log in with a username and password. Such users are public accounts.

[0069] like Figure 2 The following is the specific process of dispatcher biometric information management, including:

[0070] 1) The dispatcher completes the registration process through the dispatcher's biometric information management system interface: the dispatcher enters biometric information through a biometric collection device such as a camera or fingerprint collector; the biometric information management system interface sends the input data information to the dispatcher's biometric information management system unit; the biometric information management system unit registers the information through the biometric information identification service unit and returns the result to the biometric information management system interface, and the dispatcher finally completes the biometric information registration process.

[0071] 2) The dispatcher performs the de-registration process through the dispatcher's biometric information management system interface: the dispatcher submits the dispatcher's personal information to the dispatcher's biometric information management system unit through the biometric information management system interface; after the biometric information management system unit returns the information through the biometric information identification service unit and returns the result to the biometric information management system interface, the dispatcher finally completes the biometric information de-registration process.

[0072] 3) The dispatcher completes the bioinformatics policy configuration process through the dispatcher's bioinformatics management system interface: the dispatcher enters or selects the policy to be configured in the bioinformatics management system interface; the bioinformatics management system interface sends the updated bioinformatics policy information to the bioinformatics management system unit, and the bioinformatics system unit returns the policy information update result to the bioinformatics management interface, and the dispatcher finally completes the bioinformatics policy configuration process.

[0073] Example 2

[0074] The embodiment of the present invention provides a real-time monitoring method for dispatcher seats based on the D5000 system, comprising the following steps:

[0075] (1) Using the dispatcher seat monitoring client to monitor the dispatcher seat's biometric information in real time, and sending the biometric information to the biometric recognition server;

[0076] (2) The biometric identification server recognizes the dispatcher information at the seat based on the received biometric information, and feeds it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client performs a preset action based on the received information to complete the real-time monitoring of the dispatcher seat.

[0077] In a specific implementation of the embodiment of the present invention, as Figure 1 As shown, the dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console;

[0078] The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end;

[0079] The D5000 control system main console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation.

[0080] In a specific implementation of the embodiment of the present invention, the dispatcher seat monitoring service unit collects the status of the peripheral device in real time to control the frequency of collecting biometric information;

[0081] The peripherals include a mouse and a keyboard;

[0082] The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit;

[0083] The D5000 control system master console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the received seat and the current user login status, and determines whether each step of the dispatcher's operation complies with the safety operation. If the operation does not comply with the safety, it will exit in time and issue an alarm;

[0084] Combine the following Figure 3 The real-time monitoring process of the dispatcher seat is described in detail:

[0085] 1) The dispatcher seat monitoring service unit collects the seat information of the workstation in real time through the biometric collection device (camera or smart fingerprint mouse, etc.), and sends the effective collected information to the dispatcher biometric information management unit of the biometric server in real time;

[0086] 2) The dispatcher biometric information management unit of the biometric identification server performs biometric identification on the valid collected information through the biometric information identification service unit, and returns the information of the dispatcher on the seat and the configuration information of the biometric information management system unit to the dispatcher seat monitoring service unit;

[0087] 3) The dispatcher seat monitoring unit sends the dispatcher information on the seat and the configuration information of the bio-information management system unit to the D5000 system console in real time, and the D5000 system console executes all preset actions applied under the dispatcher's authority.

[0088] In a specific implementation of the embodiment of the present invention, the biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit;

[0089] The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

[0090] In a specific implementation of the embodiment of the present invention, the dispatcher biometric information management unit includes:

[0091] The dispatcher biometric information registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register them in the dispatcher biometric information management unit, and transmit them to the biometric information identification service unit, so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name;

[0092] The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit so that the biometric service unit deletes the corresponding data;

[0093] The policy parameter configuration management module is used to set the whitelist, biometric information collection frequency, and recognition accuracy. User names in the whitelist are not subject to biometric information recognition and log in with a username and password. Such users are public accounts.

[0094] like Figure 2The following is the specific process of dispatcher biometric information management, including:

[0095] 1) The dispatcher completes the registration process through the dispatcher's biometric information management system interface: the dispatcher enters biometric information through a biometric collection device such as a camera or fingerprint collector; the biometric information management system interface sends the input data information to the dispatcher's biometric information management system unit; the biometric information management system unit registers the information through the biometric information identification service unit and returns the result to the biometric information management system interface, and the dispatcher finally completes the biometric information registration process.

[0096] 2) The dispatcher performs the de-registration process through the dispatcher's biometric information management system interface: the dispatcher submits the dispatcher's personal information to the dispatcher's biometric information management system unit through the biometric information management system interface; after the biometric information management system unit returns the information through the biometric information identification service unit and returns the result to the biometric information management system interface, the dispatcher finally completes the biometric information de-registration process.

[0097] 3) The dispatcher completes the bioinformatics policy configuration process through the dispatcher's bioinformatics management system interface: the dispatcher enters or selects the policy to be configured in the bioinformatics management system interface; the bioinformatics management system interface sends the updated bioinformatics policy information to the bioinformatics management system unit, and the bioinformatics system unit returns the policy information update result to the bioinformatics management interface, and the dispatcher finally completes the bioinformatics policy configuration process.

[0098] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A real-time monitoring system for dispatcher seats based on the D5000 system, characterized in that: Includes dispatcher seat monitoring client and biometric server; The dispatcher seat monitoring client monitors the biometric information of the dispatcher seat in real time, and sends the biometric information to the biometric identification server; the biometric identification server identifies the dispatcher information at the seat based on the received biometric information, and feeds back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client executes the preset actions of all applications in the D5000 system based on the received information, and completes the real-time monitoring of the dispatcher seat; The dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console; The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end; The D5000 control system master console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation; The dispatcher seat monitoring service unit collects the status of the peripheral device in real time to control the frequency of collecting biometric information; The peripherals include a mouse and a keyboard; The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit; The D5000 control system main console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the received seat and the current user login status, and determines whether each step of the dispatcher's operation complies with safety operations. Operations that do not comply with safety will be exited in time and an alarm will be issued.

2. According to claim 1, a real-time monitoring system for dispatcher seats based on the D5000 system is characterized in that: When the dispatcher seat monitoring service unit detects that the dispatcher operates peripherals, the collection frequency is increased.

3. The real-time monitoring system for dispatcher seats based on the D5000 system according to claim 1 is characterized in that: The biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit; The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

4. The real-time monitoring system for dispatcher seats based on the D5000 system according to claim 3 is characterized in that: The dispatcher biometric information management unit comprises: The dispatcher biometric information registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register them in the dispatcher biometric information management unit, and transmit them to the biometric information identification service unit, so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name; The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit so that the biometric service unit deletes the corresponding data; The policy parameter configuration management module is used to set the whitelist, biometric information collection frequency, and recognition accuracy. The user names in the whitelist are not subject to biometric information recognition and log in with the username and password. The users in the whitelist are public accounts.

5. A real-time monitoring method for dispatcher seats based on the D5000 system, characterized in that: include: The dispatcher seat monitoring client is used to monitor the dispatcher seat's biometric information in real time, and the biometric information is sent to the biometric recognition server; Using the biometric identification server to identify the dispatcher information at the seat based on the received biometric information, and feeding it back to the dispatcher seat monitoring client, so that the dispatcher seat monitoring client performs a preset action based on the received information to complete the real-time monitoring of the dispatcher seat; The dispatcher seat monitoring client includes a dispatcher seat monitoring service unit and a D5000 control system main console; The dispatcher seat monitoring service unit monitors the biometric information of the dispatcher seat in real time, sends the information to the biometric identification service end, and receives the dispatcher information on the seat fed back by the biometric identification service end; The D5000 control system master console receives the dispatcher information on the seat in real time, and decides whether the D5000 control system needs to automatically log in or out, and verifies the consistency of the seat information and the login account in real time during the dispatcher's operation; The dispatcher seat monitoring service unit collects the status of the peripheral device in real time to control the frequency of collecting biometric information; The peripherals include a mouse and a keyboard; The dispatcher seat monitoring service unit combines monitoring of whether the mouse and keyboard peripherals are operated, collects the dispatcher's biometric information at the seat in a timely manner, and sends the biometric information to the biometric identification service end, so that the biometric identification service end can perform biometric information identification, and then feed back the corresponding user name of the dispatcher at the seat to the dispatcher seat monitoring service unit, which is finally sent to the D5000 control system main console through the dispatcher seat monitoring service unit; The D5000 control system main console determines whether to log in automatically or log in based on the corresponding user name of the dispatcher at the received seat and the current user login status, and determines whether each step of the dispatcher's operation complies with safety operations. Operations that do not comply with safety will be exited in time and an alarm will be issued.

6. A method for real-time monitoring of dispatcher seats based on the D5000 system according to claim 5, characterized in that: The biometric identification service end includes a dispatcher biometric information management unit and a biometric information identification service unit; The dispatcher biometric information management unit performs human-computer interaction through an interface, and transparently transmits relevant requests for biometric information to the biometric information identification service unit. The biometric information identification service unit uses a biometric information identification algorithm to identify the dispatcher information at the seat.

7. The real-time monitoring method of the dispatcher seat based on the D5000 system according to claim 6 is characterized in that: The dispatcher biometric information management unit comprises: The dispatcher biometric information registration module is used to enter the dispatcher's biometric information and his / her D5000 user name, register them in the dispatcher biometric information management unit, and transmit them to the biometric information identification service unit, so that the biometric information identification service unit can identify the received biometric information and obtain the corresponding dispatcher user name; The deregistration module is used to remove the dispatcher's biometric information from the dispatcher's biometric information management unit and transparently transmit it to the biometric service unit so that the biometric service unit deletes the corresponding data; The policy parameter configuration management module is used to set the whitelist, biometric information collection frequency, and recognition accuracy. The user names in the whitelist are not subject to biometric information recognition and log in with the username and password. The users in the whitelist are public accounts.

Images