CN115242999B - Distributed KVM (keyboard video mouse) seat cooperation control method, device and system - Google Patents

Abstract

The invention discloses a distributed KVM (keyboard video mouse) seat cooperation control method, a device and a system, wherein the method comprises the following steps: sending a takeover request to a target signal source; if the target signal source is in an open state, acquiring the control authority of the target signal source; if the target signal source is in a taken-over state, sending a taking-over request for the target signal source to a control agent taking over the target signal source; creating a video conference based on the current agent account and the control agent account; and in the video conference, after obtaining the confirmation signal of the control seat, the control seat hands over the control authority of the target signal source. By adopting the invention, an operator can communicate with other seat operators immediately when taking over signals, so that the reason for taking over is directly explained face to face, and the working efficiency is improved.

Description

A distributed KVM agent cooperative control method, device and system

technical field

The invention relates to the field of KVM seat control, in particular to a distributed KVM seat cooperative control method, device and system.

Background technique

The KVM seat collaboration system is a system based on KVM technology that solves the work needs of a certain job position and the needs of collaboration with different positions, and at the same time solves the separation of information data subjects and operators in space for information security. , it solves the problems of information (data) security in the command center and isolated work of each seat. At the same time, through the processing and sharing of visualized data, it helps customers to easily push or obtain any task in the system when faced with a large amount of data and needs to make complex decisions. Signal from one location, and can be operated remotely, which greatly simplifies the customer's business process and improves the customer's business efficiency.

The existing KVM agent collaboration system can be operated by multiple people on different working seats. When different agents want to take over the same signal source for operation, it involves a problem of mutual exclusion of multi-person operation rights. The traditional solution is to send a message to the original takeover. For a takeover request, the original takeover agrees or refuses to transfer the takeover authority of the signal on the pop-up window interface.

In actual application scenarios, most of the seats are not in the same place. When the operator encounters the problem of mutual exclusion of the same signal for taking over, the other party can only see the request prompt, and cannot communicate in time to obtain detailed reasons and necessity for requesting takeover. Other methods such as telephone communication are too time-consuming and affect work efficiency.

Contents of the invention

The embodiment of the present invention provides a distributed KVM seat cooperative control method, device and system, allowing the operator to immediately communicate with other seat operators when taking over the signal, explaining the reason for taking over directly face to face, and improving work efficiency.

In order to achieve the above purpose, the first aspect of the embodiment of the present application provides a distributed KVM agent cooperative control method, including:

Send a takeover request to the target signal source;

If the target signal source is in an open state, acquiring the control authority of the target signal source;

If the target signal source is in a takeover state, sending a takeover request for the target signal source to the control agent taking over the target signal source;

Create a video conference based on the current agent account and the control agent account;

In the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source.

In a possible implementation manner of the first aspect, the creating a video conference based on the current agent account and the control agent account specifically includes:

Use face recognition to verify the authenticity of the member identities corresponding to the front agent account and the control agent account;

After confirming the authenticity of the member identities corresponding to the front agent account and the control agent account, create a video conference based on the SIP protocol.

In a possible implementation manner of the first aspect, the video conference runs in a temporary group chat system, and the server marks the temporary group chat system through the information of the control agent account.

In a possible implementation manner of the first aspect, in the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source, specifically including:

In the video conference, when the controlling agent agrees, the current agent obtains the takeover authority of the target signal source, and enters into the takeover operation.

In a possible implementation manner of the first aspect, in the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source, further comprising:

When the controlling agent refuses, the current agent will be prompted that the takeover failed, and the takeover process ends.

The second aspect of the embodiment of the present application provides a distributed KVM agent cooperation control device, including:

A request module, configured to send a takeover request to a target signal source;

The access module is used to obtain the control authority of the target signal source if the target signal source is in an open state; if the target signal source is in a takeover state, send a request to the control agent who takes over the target signal source to the A takeover request from the target signal source;

The conference module is used to create a video conference based on the current agent account and the control agent account;

The handover module is used for transferring the control authority of the target signal source by the control agent after receiving the confirmation signal from the control agent in the video conference.

In a possible implementation manner of the second aspect, the conference module is specifically configured to:

Use face recognition to verify the authenticity of the member identities corresponding to the front agent account and the control agent account;

After confirming the authenticity of the member identities corresponding to the front agent account and the control agent account, create a video conference based on the SIP protocol.

The third aspect of the embodiment of the present application provides a distributed KVM agent cooperative control system, which includes a plurality of KVM agents and servers that can run the above-mentioned distributed KVM agent cooperative control method, wherein the server pre-sets for each signal source A virtual storage space is set up for establishing a corresponding temporary group chat system and keeping chat records of the temporary group chat system; multiple temporary group chat systems run simultaneously.

Compared with the prior art, in the distributed KVM agent cooperative control method, device and system provided by the embodiment of the present invention, the server automatically generates a temporary group chat system for each signal source in the preset space based on the SIP protocol, and the chat system Improve the traditional takeover request pop-up window. When multiple people request to take over the same signal, a temporary group chat will be automatically generated, and the original takeover person and one or more new request takeover people will be pulled into the group chat for text, voice, and video conversations direct communication. The group chat system allows the operator to communicate with other seat operators immediately when taking over the signal, explaining the reasons for taking over directly face-to-face, thereby improving work efficiency.

Description of drawings

Fig. 1 is a schematic flowchart of a distributed KVM agent cooperative control method provided by an embodiment of the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

Referring to Fig. 1, an embodiment of the present invention provides a distributed KVM agent cooperative control method, including:

S10. Send a takeover request to the target signal source.

S11. If the target signal source is in an open state, acquire a control authority of the target signal source.

S12. If the target signal source is in a state of being taken over, send a takeover request for the target signal source to a control agent who takes over the target signal source.

S13. Create a video conference based on the current agent account and the control agent account.

S14. In the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source.

SIP (Session Initiation Protocol, Session Initiation Protocol) is a multimedia communication protocol developed by IETF (Internet Engineering Task Force, Internet Engineering Task Force). It is a text-based application-layer control protocol for creating, modifying, and releasing sessions with one or more participants. SIP is an IP voice and video session control protocol originating from the Internet. It is flexible, easy to implement, and easy to expand.

In the embodiment of the present invention, the video conferencing is based on the temporary group chat system generated based on the SIP protocol. This system allows the operator to communicate with other seat operators immediately when taking over the signal, explaining the reason for taking over directly face-to-face, and improving work efficiency. .

Exemplarily, the creating a video conference based on the current agent account and the control agent account specifically includes:

Use face recognition to verify the authenticity of the member identities corresponding to the front agent account and the control agent account;

After confirming the authenticity of the member identities corresponding to the front agent account and the control agent account, create a video conference based on the SIP protocol.

Exemplarily, the video conference runs in a temporary group chat system, and the server marks the temporary group chat system through the information of the control agent account.

Exemplarily, in the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source, specifically including:

In the video conference, when the controlling agent agrees, the current agent obtains the takeover authority of the target signal source, and enters into the takeover operation.

Exemplarily, in the video conference, after receiving the confirmation signal from the control agent, the control agent transfers the control authority of the target signal source, further comprising:

When the controlling agent refuses, the current agent will be prompted that the takeover failed, and the takeover process ends.

The above-mentioned embodiment is mainly applied to each KVM seat in the distributed KVM seat system. Suppose an existing operator controls a certain signal source S at seat A, and another operator at seat B wants to request to operate the signal source S. At this time, it will trigger Multiple KVM agents take over the same signal authority fast communication system, the following is the negotiation process:

A: Agent B sends a takeover request for signal source S to the KVM agent server.

B: The server checks to see if the signal source S has been taken over. If it has not been taken over, it will directly allow agent B to take over the signal source S. The current scene setting has been taken over by agent A.

C: The server creates a temporary group chat system (creating a video conference based on the SIP protocol), creates a video conference based on the login account of the relevant agent, verifies the authenticity of the member's identity with face recognition, and pulls agent A and agent B into the conference.

D: The operator of seat A and the operator of seat B communicate directly via video in the group chat, and explain the reason for taking over. At this time, seat A can choose to agree or reject according to the actual situation.

E: After agent A confirms the selection, the group chat record is saved to the server for subsequent inquiries, and the selection is processed (let agent B take over the signal source S or refuse to take over), and when agent A agrees, agent B will obtain signal source S and enter the takeover operation. When agent A refuses, agent B will be prompted that the takeover failed, and the takeover process ends.

Compared with the prior art, in the distributed KVM agent cooperative control method provided by the embodiment of the present invention, the server automatically generates a temporary group chat system for each signal source in the preset space based on the SIP protocol, and the chat system responds to traditional takeover requests The pop-up window is improved. When multiple people request to take over the same signal, a temporary group chat will be automatically generated, and the original takeover and one or more new request takeovers will be pulled into the group chat for direct communication in text, voice, and video conversations. The group chat system allows the operator to communicate with other seat operators immediately when taking over the signal, explaining the reasons for taking over directly face-to-face, thereby improving work efficiency.

An embodiment of the present application provides a distributed KVM agent cooperation control device, including a request module, an access module, a conference module and a handover module.

The request module is configured to send a takeover request to the target signal source.

The access module is used to obtain the control authority of the target signal source if the target signal source is in an open state; if the target signal source is in a takeover state, send a request to the control agent who takes over the target signal source to the Takeover request from the target signal source.

The conference module is used to create a video conference based on the current agent account and the control agent account.

The handover module is used for transferring the control authority of the target signal source by the control agent after receiving the confirmation signal from the control agent in the video conference.

Exemplarily, the conference module is specifically used for:

Use face recognition to verify the authenticity of the member identities corresponding to the front agent account and the control agent account;

After confirming the authenticity of the member identities corresponding to the front agent account and the control agent account, create a video conference based on the SIP protocol.

Those skilled in the art can clearly understand that for the convenience and brevity of the description, the specific working process of the device described above can refer to the corresponding process in the foregoing method embodiment, which is not repeated here.

Compared with the prior art, the embodiment of the present invention provides a distributed KVM agent cooperation control device, the server automatically generates a temporary group chat system for each signal source in the preset space based on the SIP protocol, and the chat system responds to traditional takeover requests The pop-up window is improved. When multiple people request to take over the same signal, a temporary group chat will be automatically generated, and the original takeover and one or more new request takeovers will be pulled into the group chat for direct communication in text, voice, and video conversations. The group chat system allows the operator to communicate with other seat operators immediately when taking over the signal, explaining the reasons for taking over directly face-to-face, thereby improving work efficiency.

An embodiment of the present application provides a distributed KVM agent cooperative control system, including a plurality of KVM agents and servers capable of running the above-mentioned distributed KVM agent cooperative control method, wherein the server presets a virtual storage for each signal source The space is used to establish a corresponding temporary group chat system and keep chat records of the temporary group chat system; multiple temporary group chat systems run simultaneously.

The above description is a preferred embodiment of the present invention, it should be pointed out that for those skilled in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also considered Be the protection scope of the present invention.

Claims (8)

1. A distributed KVM (keyboard video mouse) seat cooperation control method is characterized by comprising the following steps:

sending a takeover request to a target signal source;

if the target signal source is in an open state, acquiring the control authority of the target signal source;

if the target signal source is in a taken-over state, sending a taking-over request for the target signal source to a control agent taking over the target signal source;

creating a video conference based on the current agent account and the control agent account;

and in the video conference, after obtaining the confirmation signal of the control seat, the control seat hands over the control authority of the target signal source.

2. The distributed KVM agent collaboration control method according to claim 1, wherein said creating a video conference based on the current agent account and the control agent account specifically comprises:

checking the authenticity of the member identities corresponding to the current seat account and the control seat account by face recognition;

and after the authenticity of the current agent account and the identity of the member corresponding to the control agent account is confirmed, the video conference is established based on the SIP protocol.

3. The distributed KVM agent collaboration control method as in claim 2, wherein the video conference is run in a temporary group chat system, and the server marks the temporary group chat system with information of the control agent account.

4. The distributed KVM agent cooperative control method of claim 1, wherein in a video conference, after obtaining a confirmation signal of a control agent, the control agent hands over the control right of the target signal source, specifically comprising:

in the video conference, when the control seat agrees, the current seat obtains the takeover permission of the target signal source and enters takeover operation.

5. The distributed KVM agent cooperative control method of claim 4, wherein said controlling agent hands over the control right of said target signal source after obtaining the confirmation signal of the controlling agent in the video conference, further comprising:

when the seat is controlled to reject, the current seat is prompted to fail to take over, and the take over process is finished.

6. A distributed KVM seat cooperation control device, comprising:

the request module is used for sending a takeover request to the target signal source;

the access module is used for acquiring the control authority of the target signal source if the target signal source is in an open state; if the target signal source is in a taken-over state, sending a taking-over request for the target signal source to a control agent taking over the target signal source;

the conference module is used for creating a video conference based on the current seat account and the control seat account;

and the handover module is used for handing over the control authority of the target signal source by the control agent after the confirmation signal of the control agent is obtained in the video conference.

7. The distributed KVM agent collaboration control apparatus of claim 6, wherein the conferencing module is specifically configured to:

checking the authenticity of the member identities corresponding to the current seat account and the control seat account by face recognition;

and after the authenticity of the current agent account and the identity of the member corresponding to the control agent account is confirmed, the video conference is established based on the SIP protocol.

8. A distributed KVM agent cooperation control system is characterized by comprising a plurality of KVM agents and a server, wherein the KVM agents and the server can run the distributed KVM agent cooperation control method according to any one of claims 1 to 5, and the server presets a virtual storage space for each signal source for establishing a corresponding temporary group chat system and reserving chat records of the temporary group chat system; a plurality of temporary group chat systems operate simultaneously.

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