WO2022134174A1

WO2022134174A1 - Multi-resource integration and linkage method for splicing wall, system and storage medium

Info

Publication number: WO2022134174A1
Application number: PCT/CN2020/141697
Authority: WO
Inventors: 陈其标
Original assignee: 威创集团股份有限公司
Priority date: 2020-12-25
Filing date: 2020-12-30
Publication date: 2022-06-30
Also published as: CN112866588A

Abstract

A multi-resource integration and linkage method for a splicing wall, a system and a storage medium, which provide a unified control and linkage method and system for multiple different types of resources. The multi-resource integration and linkage method for a splicing wall comprises: a resource configuration end creates a control linkage panel of multiple resources, and integrates the control linkage panel of the multiple resources into a scheduling server; a control linkage end loads the corresponding control linkage panel from the scheduling server according to the type of a target resource to be linked, and initiates a linkage operation for the control linkage panel, and the control linkage end sends linkage data corresponding to the linkage operation to the scheduling server; the scheduling server receives the linkage data, and sends, according to the type of the target resource, the linkage data to a splicing wall window corresponding to the target resource; and the splicing wall window receives the linkage data and responds to the linkage operation corresponding to the linkage data, so that the splicing wall window displays the linkage data.

Description

A multi-resource integration and linkage method, system and storage medium of a splicing wall

This application claims the priority of the Chinese patent application filed on December 25, 2020, with the application number of 202011561334.8 and the invention titled "A multi-resource integration and linkage method, system and storage medium for a video wall", The entire contents of which are incorporated herein by reference.

technical field

The present application relates to the technical field of video walls, and more particularly, to a multi-resource integration and linkage method, system and storage medium for video walls.

Background technique

Fusion platform refers to the use of cutting-edge display technology, cloud computing, Internet of Things, big data, mobile Internet and other new-generation information technologies to build a "one-stop" portal access for "command of things" and "management of things" The integration platform can quickly realize various information sharing across departments and levels, form multi-screen and multi-terminal linkage applications and collaboration, and greatly improve the centralized control efficiency of the command center system and equipment.

At present, the fusion platform integrates various resources of the splicing wall, including traditional splicing large screen resource types, Media-Sources type (MS), multimedia type, component type and third-party applications. However, due to the current resource linkage, there is no Unified interface and unified data interaction logic, each type of resource has its own set of solutions, so there are problems such as complex deployment, flawed solutions, inconsistent UI interaction, poor scalability, and poor user interaction experience.

SUMMARY OF THE INVENTION

The present application aims to overcome at least one defect of the above-mentioned prior art, and provides a multi-type resource integration and linkage method, system and storage medium for splicing walls, which are used to provide a unified control and linkage method for a variety of different types of resources. and system.

The technical solution adopted in this application is a multi-resource integration and linkage method for splicing walls, including:

The resource configuration terminal creates a control linkage panel of multiple resources, and integrates the control linkage panel of multiple resources into the scheduling server;

The control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a linkage operation on the control linkage panel, and the control linkage terminal sends the linkage corresponding to the linkage operation. The data is sent to the scheduling server;

The scheduling server receives the linkage data, and sends the linkage data to the video wall window corresponding to the target resource according to the type of the target resource;

The video wall window receives the linkage data and responds to the linkage operation corresponding to the linkage data, so that the video wall window displays the linkage data.

Users create a variety of control linkage panels of different resources through the resource configuration terminal, and integrate the control linkage panels of various resources into the dispatch server, and the dispatch server forms an integrated service framework for a unified control linkage panel; the control linkage terminal selects the For the target resource to be linked, load the corresponding control linkage panel from the scheduling server according to the type of the target resource, initiate a linkage operation on the control linkage panel, and send the linkage data corresponding to the linkage operation to the dispatch server; the dispatch server receives the linkage data Then, according to the type of the target resource, the linkage data is sent to the video wall window corresponding to the target resource, so that the video wall window receives the linkage data and responds to the corresponding linkage operation, and displays the linkage data corresponding to the target resource linkage operation. Among them, the control linkage panel is created through the resource configuration terminal, and users can add control linkage panels of new types of resources at will, and the scalability of resource linkage is good; the control linkage panel is integrated into the dispatch server, so that the dispatch server can be used as a unified control linkage interface , receive the linkage data caused by the control linkage panel, and send the linkage data to the video wall window corresponding to the target resource, causing the target resource and video wall window to respond to the linkage operation corresponding to the linkage data, and realize the control linkage panel and the target resource and the corresponding linkage operation. The splicing wall windows are connected, and a set of control linkage scheme is unified for different resources, and the maintenance is good.

Further, the scheduling server receives the linkage data, and sends the linkage data to the video wall window corresponding to the target resource according to the type of the target resource, specifically including:

The scheduling server receives the linkage data, and sends the linkage data to the resource management server;

The resource management server invokes the corresponding resource interface according to the type of the target resource, and sends the linkage data to the video wall window corresponding to the target resource through the resource interface.

The scheduling server sends the linkage data to the resource management server. The resource management server analyzes the linkage data to obtain the type of the target resource, and then calls the corresponding resource interface according to the type of the target resource, and sends the linkage data to the resource interface through the resource interface. The splicing wall window corresponding to the target resource, thereby triggering the display response of the splicing wall window. By introducing the resource management server in the scheduling server, when adding new types of resources, the resource management server can realize the modification service of the network protocol, adding The new resource calling interface does not need to directly modify the service of the scheduling server, which satisfies the arbitrary expansion and service modification of new resources, and solves the problem of poor scalability when the scheduling server is used as a unified control linkage interface.

Further, the control linkage terminal loads a corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a linkage operation on the control linkage panel, and the control linkage terminal loads the control linkage panel. The linkage data corresponding to the linkage operation is sent to the dispatch server, including:

The control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a button click operation on the control linkage panel, and the control linkage terminal will be corresponding to the clicked button. The preset data is converted into linkage data and sent to the scheduling server.

The control linkage panel obtains the relevant information of the target resource and the corresponding video wall window. There are corresponding button events on the control linkage panel, and each button event has corresponding preset data. When the click linkage operation is initiated, the control linkage terminal will convert the preset data corresponding to the clicked button event into linkage data and send it to the dispatch server, causing the linkage response of the target resource and the information update response of the video wall window, and the button event will be converted. It is a specific linkage operation and converts it into linkage data to schedule data in the scheduling server, so as to quickly and smoothly realize the control linkage of resources.

Further, the method includes:

The splicing wall window selects the target resource to be linked, and performs a linkage operation on the splicing wall window corresponding to the target resource, and the splicing wall window sends the linkage data corresponding to the linkage operation to the scheduling server;

The scheduling server receives the linkage data, and sends the linkage data to the control linkage terminal corresponding to the target resource according to the type of the target resource;

The control linkage terminal receives the linkage data, loads the corresponding control linkage panel from the scheduling server according to the type of the target resource, and responds to the linkage operation according to the linkage data, so as to make the control linkage The panel updates the linkage data.

The control linkage of resources in this application supports two-way linkage. The target resource to be linked is selected at the video wall window, the linkage operation is performed in the corresponding video wall window according to the target resource type, and the linkage data corresponding to the linkage operation is sent to the dispatch service. The dispatch server receives the linkage data and sends it to the control linkage terminal corresponding to the target resource. The control linkage terminal receives the linkage data and analyzes the type of the target resource, loads the corresponding control linkage panel from the dispatch server, and the control linkage panel responds. The linkage operation causes the linkage data to be updated on the control linkage panel. The linkage operation is performed in the video wall window, and the linkage data will be returned to the control linkage terminal through the dispatch server, so as to cause the update of the control linkage panel data and realize the bidirectional operation of the linkage operation process.

Further, the multiple resources include VWAS resources, MS multimedia resources, and element type resources.

Another technical solution adopted in this application is a multi-resource integration and linkage system for a splicing wall, including a scheduling server, a resource configuration end, a control linkage end and a splicing wall window, the resource configuration end, the control linkage The terminal and the video wall window are respectively connected with the scheduling server, wherein,

The resource configuration terminal is used to create a control linkage panel of multiple resources, and integrate the control linkage panel of multiple resources into the scheduling server;

The control linkage terminal is configured to load the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiate a linkage operation on the control linkage panel, and the control linkage terminal loads the control linkage panel. The linkage data corresponding to the linkage operation is sent to the scheduling server;

The scheduling server is configured to receive the linkage data, and send the linkage data to the video wall window corresponding to the target resource according to the type of the target resource;

The splicing wall window is used for receiving the linkage data and responding to the linkage operation corresponding to the linkage data, so that the splicing wall window displays the linkage data.

A multi-resource integration and linkage system for a splicing wall, which realizes the control linkage of resources through the scheduling server, resource configuration end, control linkage end and splicing wall window. The resource configuration end, control linkage end and splicing wall window are all connected with the scheduling server end connection, in which the resource configuration terminal is used to create a control linkage panel of multiple resources, and integrate the control linkage panel of multiple resources into the dispatch server, and the dispatch server forms an integrated service framework of a unified control linkage panel; control linkage The terminal is used to select the target resource to be linked, load the corresponding control linkage panel from the scheduling server according to the type of the target resource, initiate a linkage operation on the control linkage panel, and send the linkage data corresponding to the linkage operation to the dispatch server; After receiving the linkage data, the server sends the linkage data to the video wall window corresponding to the target resource according to the type of the target resource, so that the video wall window receives the linkage data and responds to the corresponding linkage operation, and displays the linkage corresponding to the target resource linkage operation. data. Among them, the control linkage panel is created through the resource configuration terminal, and users can add control linkage panels of new types of resources at will, and the scalability of resource linkage is good; the control linkage panel is integrated into the dispatch server, so that the dispatch server can be used as a unified control linkage interface , receive the linkage data caused by the control linkage panel, and send the linkage data to the splicing wall window corresponding to the target resource, causing the target resource and the splicing wall window to respond to the linkage operation corresponding to the linkage data. The splicing wall windows are connected, and a set of control linkage scheme is unified for different resources, and the maintenance is good.

Further, it also includes a resource management server, which is respectively connected with the scheduling server and the video wall window, and is used for receiving the linkage data sent by the scheduling server, and according to the target The type of the resource calls the corresponding resource interface, and the linkage data is sent to the video wall window corresponding to the target resource through the resource interface.

In this application, a resource management server is connected to the scheduling server, and the resource management server is used to analyze the linkage data received from the scheduling server to obtain the type of the target resource, and then call the corresponding resource interface according to the type of the target resource. , and send the linkage data to the splicing wall window corresponding to the target resource through the resource interface, thereby triggering the display response of the splicing wall window. By introducing the resource management server at the scheduling server, when a new type of resource is added, the resource management server It can realize the modification service of network protocol and add a new resource calling interface, without directly modifying the service of the scheduling server, to meet the arbitrary expansion and service modification of the new resources, and to solve the problem of using the scheduling server as a unified control linkage interface, The problem of poor scalability.

Further, the control linkage terminal is specifically used to select the target resource to be linked, load the corresponding control linkage panel from the scheduling server according to the type of the target resource, and initiate a button on the control linkage panel. For a click operation, the control linkage terminal converts the preset data corresponding to the clicked button into linkage data and sends it to the dispatch server.

The control linkage panel is specifically used to obtain the relevant information of the target resource and the corresponding video wall window. There are corresponding button events on the control linkage panel, and each button event has corresponding preset data. When a button event initiates a click linkage operation, the control linkage terminal will convert the preset data corresponding to the clicked button event into linkage data and send it to the dispatch server, causing the linkage response of the target resource and the information update response of the video wall window. The button event is converted into a specific linkage operation, and converted into linkage data to schedule data in the scheduling server, so as to quickly and smoothly realize the control linkage of resources.

Further, the splicing wall window is also used to select the target resource that needs to be linked, and perform a linkage operation on the splicing wall window corresponding to the target resource, and the splicing wall window links the linkage corresponding to the linkage operation. sending data to the scheduling server;

The scheduling server is further configured to receive the linkage data, and send the linkage data to the control linkage terminal corresponding to the target resource according to the type of the target resource;

The control linkage terminal is further configured to receive the linkage data, load the corresponding control linkage panel from the scheduling server according to the type of the target resource, and respond to the linkage operation according to the linkage data, so that the The control linkage panel updates the linkage data.

The control linkage of resources in this application supports two-way linkage. The video wall window is used to select the target resource to be linked, and the linkage operation is performed in the corresponding video wall window according to the target resource type, and the linkage data corresponding to the linkage operation is sent to the dispatch service. The scheduling server is used to receive the linkage data and send it to the control linkage terminal corresponding to the target resource. The control linkage terminal is used to receive the linkage data and analyze the type of the target resource, and load the corresponding control linkage panel from the dispatch server. The control linkage panel responds to the linkage operation, thereby causing the linkage data to be updated on the control linkage panel. The linkage operation is performed in the video wall window, and the linkage data will be returned to the control linkage terminal through the dispatch server, so as to cause the update of the control linkage panel data and realize the bidirectional operation of the linkage operation process.

Another technical solution adopted by the present application is a computer-readable storage medium on which a computer program is stored, and when the computer program is executed by a processor, the above-mentioned multiple resource integration and linkage method of a video wall is realized.

Compared with the prior art, the beneficial effects of the present application are as follows: a multi-resource integration linkage method, system and storage medium for a splicing wall of the present application provide a unified interface for resource linkage and a unified data interaction logic, and the user can The resource configuration terminal can customize and create control linkage panels for various required resources. The resource control linkage type has good scalability, and users can add new types of resource control linkage panels at will; integrate control linkage panels of various resources into the scheduling service It integrates the service framework in a unified manner, optimizes and streamlines the number of services and related technologies, optimizes deployment, and the scheduling server acts as a unified control linkage protocol interface to connect the resource management server at the scheduling server. When new types of resources are added, the resources The management server can realize the modification service of the network protocol, add a new resource calling interface, and do not need to directly modify the service of the scheduling server, which can meet the arbitrary expansion and service modification of the new resources, and has good scalability; By docking the control linkage panel with the target resource and the corresponding video wall window, a set of control linkage scheme is unified for different resources, and the maintainability is good; this application also supports the two-way linkage of resource control linkage.

Description of drawings

1 is a schematic flowchart of a multi-type resource integration and linkage method for a splicing wall of the application;

2 is another schematic flowchart of a multi-type resource integration and linkage method for a splicing wall of the application;

FIG. 3 is a schematic structural diagram of a multi-type resource integration linkage system of a splicing wall of the present application.

Detailed ways

The accompanying drawings of the present application are only used for exemplary illustration, and should not be construed as a limitation on the present application. This application is mainly used in the fusion platform, specifically in the ICVP system. The ICVP system integrates various resources of the current splicing wall, and the various resources of the splicing wall in the ICVP system cooperate with the service equipment to splicing on the large screen. The way the wall window shows up. The various resources of the video wall include traditional video wall resource type (VWAS), Media-Sources type (MS), multimedia type, component type and third-party applications and other resource types. The interface and data interaction logic of each resource are different. Therefore, each has its own set of linkage solutions. This application proposes a set of methods to unify a set of control linkage solutions for different resources, which solves the problems of complex deployment, defects in the solutions, UI problems in the linkage control of multiple resources in the prior art. The interaction is not uniform, the scalability is not good, and the user interaction experience is poor.

Example 1

1 is a schematic flowchart of a multi-type resource integration and linkage method for a video wall according to an embodiment of the present application, and the method includes the following steps:

S101. The resource configuration terminal creates a control linkage panel for multiple resources, and integrates the control linkage panel for multiple resources into the scheduling server;

S102. The control linkage terminal loads a corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a linkage operation on the control linkage panel, and the control linkage terminal corresponds to the linkage operation The linkage data is sent to the scheduling server;

S103, the scheduling server receives the linkage data, and sends the linkage data to the video wall window corresponding to the target resource according to the type of the target resource;

Wherein, in step S103, it specifically includes:

S1031. The scheduling server receives the linkage data, and sends the linkage data to the resource management server;

S1032: The resource management server invokes the corresponding resource interface according to the type of the target resource, and sends the linkage data to the video wall window corresponding to the target resource through the resource interface.

S104. The video wall window receives the linkage data and responds to the linkage operation corresponding to the linkage data, so that the video wall window displays the linkage data.

Specifically, the process of implementing the integration control and linkage of multiple resources by using the method of this embodiment is as follows: first, the user creates control linkage panel data of multiple resources by customizing or importing template data through the resource configuration terminal, and combines the control and linkage panel data of multiple resources. The control linkage panel data is integrated and bound to the scheduling server, and finally the corresponding control linkage panel is generated. The scheduling server forms the corresponding protocol relationship of different resource control linkage panels according to the resource type; The linkage terminal selects the target resource to be linked, and can load the corresponding control linkage panel from the scheduling server according to the protocol relationship of the type of the target resource. At this time, the control linkage panel obtains the data information of the video wall window corresponding to the current target resource. The control linkage panel initiates the linkage operation, and the control linkage terminal sends the linkage data corresponding to the linkage operation to the dispatch server through the communication network; the dispatch server acts as a unified protocol interface for resources, and the linkage data received by the dispatch server is the protocol data. According to the protocol relationship corresponding to different resources, the server can send the linkage data to the video wall window, but it is not conducive to service modification and resource expansion. Therefore, a resource management server is added, and the scheduling server forwards the linkage data to the resource management service. The resource management server simply analyzes the linkage data, and sends the linkage data to the splicing wall window corresponding to the target resource according to the analyzed resource type; the splicing wall window can self-convert to the required linkage data according to the received linkage data. data, trigger the response of the video wall window, and the video wall window displays the corresponding linkage data.

Wherein, in the step S102, the control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a linkage operation on the control linkage panel, and the control linkage terminal Sending the linkage data corresponding to the linkage operation to the scheduling server, specifically including:

Specifically, the linkage operation in this embodiment can be embodied as webpage clicks and button events. When it is a button event, there are multiple button events on the control linkage panel, and each button event has corresponding preset data. There is a corresponding relationship between the operation and the preset data, and the corresponding relationship is predefined. When a button event on the control linkage panel is clicked and triggered, the control linkage terminal obtains the preset data corresponding to the button event, and sets the preset data. The data is converted into linkage data and sent to the scheduling server to realize the transmission of linkage data of linkage operation and realize linkage control of resources.

The multi-type resource integration and linkage method for a splicing wall in the embodiment of the present application also supports two-way linkage, and the above steps and processes can also be performed in the reverse direction, which specifically includes:

S201, the resource configuration terminal creates a control linkage panel of multiple resources, and integrates the control linkage panel of multiple resources into the scheduling server;

S202, the video wall window selects the target resource to be linked, and performs a linked operation on the video wall window corresponding to the target resource, and the video wall window sends the linked data corresponding to the linked operation to the dispatch server;

S203, the scheduling server receives the linkage data, and sends the linkage data to the control linkage terminal corresponding to the target resource according to the type of the target resource;

S204. The control linkage terminal receives the linkage data, loads the corresponding control linkage panel from the scheduling server according to the type of the target resource, and responds to the linkage operation according to the linkage data, so that the The control linkage panel updates the linkage data.

Specifically, the process of implementing the reverse control linkage of multiple resources by using the method of this embodiment is as follows. First, the user creates control linkage panel data of multiple resources by customizing or importing template data through the resource configuration terminal, and assigns the multiple resources to the control linkage panel data. The data of the control linkage panel is integrated and bound to the dispatching server, and finally the corresponding control linkage panel is generated. The dispatching server forms the corresponding protocol relationship of different resource control linkage panels according to the resource type; The linkage operation is initiated on the splicing wall window, and the linkage data corresponding to the linkage operation is sent to the dispatching server; the dispatching server acts as a unified protocol interface for resources, and the linkage data received by the dispatching server is the protocol data. The protocol relationship corresponding to different resources can send and process linkage data, but it is not conducive to service modification and resource expansion. Therefore, a resource management server is added, and the scheduling server forwards linkage data to the resource management server. The linkage data is simply analyzed, and the linkage data is sent to the control linkage terminal corresponding to the target resource according to the analyzed resource type; the control linkage terminal receives the corresponding linkage data, and the protocol relationship according to the type of target resource can be obtained from the dispatch server. Load the corresponding control linkage panel, and update the corresponding linkage data on the control linkage panel.

This embodiment is further described in detail in conjunction with the method flow of the camera resource linkage control.

S101', the resource configuration terminal customizes or imports the control linkage panel data of the camera resource, integrates the control linkage panel data into the scheduling server and binds the relevant data, and finally generates the control linkage panel corresponding to the camera resource;

S102', the control linkage terminal loads the control linkage panel of the camera resource from the scheduling server according to the type of the camera resource, and obtains the current data of the camera resource, such as the current rotation speed of the camera, the angle value of the up, down, left, and right directions, and the size of the camera zoom. The control linkage panel of the camera resource initiates the click button event operation. There are multiple button events on the control linkage panel, which can control the camera to move up, down, left and right, or zoom in and out. When the button event is clicked to initiate a linkage operation, the corresponding button event The preset data is converted into linkage data and sent to the scheduling server through the network protocol;

S1031', the scheduling server receives the linkage data and forwards the linkage data to the resource management server;

S1032', the resource management server simply analyzes the linkage data, analyzes the corresponding camera resource type, and calls the camera resource interface to send the linkage data to the video wall window corresponding to the camera resource;

S104', the splicing wall window receives the linkage data and responds to the linkage operation corresponding to the linkage data, converts the linkage data into the data required by the splicing wall window, and displays the data situation of the camera linkage.

The above data flow can also be reversed, and the linkage operation is performed on the video wall window, and the corresponding linkage data will be returned to the control linkage terminal through the dispatch server and resource management server in the same way, causing the data update of the control linkage panel.

The linkage operation steps of other resource types are the same as the camera resource linkage operation steps. The specific process can be seen in the schematic flowchart of the method for linkage control of multiple resources shown in FIG. 2 , wherein the video wall in FIG. 2 has integrated multiple types of resources.

Example 2

Figure 3 is a schematic structural diagram of an integrated linkage system for multiple types of resources of a splicing wall according to the present embodiment of the present application, and the system includes:

The scheduling server 303, the resource configuration terminal 301, the control linkage terminal 302 and the video wall window 304, the resource configuration terminal 301, the control linkage terminal 302 and the video wall window 304 are respectively connected to the scheduling server terminal 303, in,

The resource configuration terminal 301 is used to create a control linkage panel of multiple resources, and integrate the control linkage panel of multiple resources into the scheduling server 203;

The control linkage terminal 302 is configured to load a corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiate a linkage operation on the control linkage panel, and the control linkage terminal loads all the control linkage panels. The linkage data corresponding to the linkage operation is sent to the scheduling server 303; specifically, the control linkage terminal 302 is specifically used to select the target resource to be linked, and from the scheduling server according to the type of the target resource The corresponding control linkage panel is loaded in the control linkage panel, and a button click operation is initiated on the control linkage panel, and the control linkage terminal converts the preset data corresponding to the clicked button into linkage data and sends it to the scheduling server 303;

The scheduling server 303 is configured to receive the linkage data, and send the linkage data to the video wall window 304 corresponding to the target resource according to the type of the target resource;

The resource management server 305 is also included, and the resource management server 305 is respectively connected to the scheduling server 303 and the video wall window 304, and is used for receiving the linkage data sent by the scheduling server 303, and The corresponding resource interface is called according to the type of the target resource, and the linkage data is sent to the video wall window 304 corresponding to the target resource through the resource interface.

The video wall window 304 is used for receiving the linkage data and responding to the linkage operation corresponding to the linkage data, so that the video wall window 304 displays the linkage data.

In this embodiment, a system for integrating and linking multiple types of resources of a splicing wall realizes the control and linkage of target resources through the resource configuration terminal 301 , the control linkage terminal 302 , the scheduling server 303 , the resource management server 305 , and the splicing wall window 304 . The process is the same as that of the method in Example 1, and will not be described in detail.

A multi-type resource integration and linkage system for a video wall in the embodiment of the present application supports two-way linkage for the process of resource control linkage, and the reverse process includes:

The splicing wall window 304 is also used to select the target resource to be linked, and perform a linkage operation on the splicing wall window corresponding to the target resource, and the splicing wall window sends the linkage data corresponding to the linkage operation. to the scheduling server 303;

The scheduling server 303 is further configured to receive the linkage data, and send the linkage data to the control linkage terminal 302 corresponding to the target resource according to the type of the target resource;

The control linkage terminal 302 is further configured to receive the linkage data, load the corresponding control linkage panel from the scheduling server 303 according to the type of the target resource, and respond to the linkage operation according to the linkage data, so that the The control linkage panel updates the linkage data.

The embodiments of the present application also provide another implementation, a computer-readable storage medium on which a computer program is stored, and when the computer program is executed by a processor, realizes the above-mentioned multiple resource integration and linkage method for a video wall .

The beneficial effects of the embodiments of the present application are as follows: a multi-resource integration and linkage method, system and storage medium for a video wall of the present application provide a unified interface for resource linkage and a unified data interaction logic, and users can freely configure resources through the resource configuration terminal. Define and create control linkage panels for a variety of required resources. The resource control linkage type has good scalability, and users can add new types of resource control linkage panels at will; Integrate control linkage panels of multiple different resources into the scheduling server to integrate services uniformly Framework, optimize and simplify the number of services and related technologies, optimize deployment, and the scheduling server acts as a unified control linkage protocol interface, connecting the resource management server at the scheduling server. When adding new types of resources, the resource management server can be used. Realize the modification service of the network protocol, add a new resource calling interface, and do not need to directly modify the service on the scheduling server, which satisfies the arbitrary expansion and service modification of the new resources, and has good scalability; and the scheduling server realizes the control linkage panel and The target resource and the corresponding splicing wall window are connected, and a set of control linkage scheme is unified for different resources, and the maintainability is good; this application also supports the two-way linkage of resource control linkage.

Apparently, the above-mentioned embodiments of the present application are only examples for clearly illustrating the technical solutions of the present application, and are not intended to limit the specific implementations of the present application. Any modifications, equivalent replacements and improvements made within the spirit and principles of the claims of the present application shall be included within the protection scope of the claims of the present application.

Claims

A multi-resource integration and linkage method for a splicing wall, characterized in that it includes:

The resource configuration terminal creates a control linkage panel for multiple resources, and integrates the control linkage panel for multiple resources into the scheduling server;

The control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a linkage operation on the control linkage panel, and the control linkage terminal sends the linkage corresponding to the linkage operation. The data is sent to the scheduling server;

The scheduling server receives the linkage data, and sends the linkage data to the video wall window corresponding to the target resource according to the type of the target resource;

The video wall window receives the linkage data and responds to the linkage operation corresponding to the linkage data, so that the video wall window displays the linkage data.
The method for integrating multiple resources of a splicing wall according to claim 1, wherein the scheduling server receives the linkage data, and sends the linkage data to a coordinator according to the type of the target resource. The video wall window corresponding to the target resource specifically includes:

The scheduling server receives the linkage data, and sends the linkage data to the resource management server;

The resource management server invokes the corresponding resource interface according to the type of the target resource, and sends the linkage data to the video wall window corresponding to the target resource through the resource interface.
The multi-resource integration and linkage method for a video wall according to claim 1, wherein the control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked , and initiates a linkage operation on the control linkage panel, and the control linkage terminal sends the linkage data corresponding to the linkage operation to the dispatch server, specifically including:

The control linkage terminal loads the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiates a button click operation on the control linkage panel, and the control linkage terminal will be corresponding to the clicked button. The preset data is converted into linkage data and sent to the scheduling server.
The method for integrating multiple resources of a splicing wall according to claim 1, wherein the method comprises:

The splicing wall window selects the target resource to be linked, and performs a linkage operation on the splicing wall window corresponding to the target resource, and the splicing wall window sends the linkage data corresponding to the linkage operation to the scheduling server;

The scheduling server receives the linkage data, and sends the linkage data to the control linkage terminal corresponding to the target resource according to the type of the target resource;

The control linkage terminal receives the linkage data, loads the corresponding control linkage panel from the scheduling server according to the type of the target resource, and responds to the linkage operation according to the linkage data, so as to make the control linkage The panel updates the linkage data.
The method for integrating and linking multiple resources of a video wall according to claim 1, wherein the multiple resources include VWAS resources, MS multimedia resources, and component type resources.
A multi-resource integration and linkage system for splicing walls, characterized in that it includes a scheduling server, a resource configuration end, a control linkage end and a splicing wall window, the resource configuration end, the control linkage end and the splicing wall window. are respectively connected with the scheduling server, wherein,

The resource configuration terminal is used to create a control linkage panel of multiple resources, and integrate the control linkage panel of multiple resources into the scheduling server;

The control linkage terminal is configured to load the corresponding control linkage panel from the scheduling server according to the type of the target resource to be linked, and initiate a linkage operation on the control linkage panel, and the control linkage terminal loads the control linkage panel. The linkage data corresponding to the linkage operation is sent to the scheduling server;

The scheduling server is configured to receive the linkage data, and send the linkage data to the video wall window corresponding to the target resource according to the type of the target resource;

The splicing wall window is used for receiving the linkage data and responding to the linkage operation corresponding to the linkage data, so that the splicing wall window displays the linkage data.
The multi-resource integration and linkage system for a video wall according to claim 6, further comprising a resource management server, and the resource management server is respectively connected to the scheduling server and the video wall window. , used to receive the linkage data sent by the scheduling server, and call the corresponding resource interface according to the type of the target resource, and send the linkage data to the splicing corresponding to the target resource through the resource interface. wall window.
The multi-resource integration and linkage system of a splicing wall according to claim 6, wherein the control linkage terminal is specifically used to select the target resource to be linked, according to the type of the target resource from the The dispatching server loads the corresponding control linkage panel, initiates a button click operation on the control linkage panel, and the control linkage terminal converts the preset data corresponding to the clicked button into linkage data and sends it to the dispatching server.
The multi-resource integration and linkage system for a splicing wall according to claim 6, wherein the splicing wall window is also used to select a target resource to be linked, and in the splicing wall corresponding to the target resource A linkage operation is performed on the wall window, and the splicing wall window sends linkage data corresponding to the linkage operation to the dispatch server;

The scheduling server is further configured to receive the linkage data, and send the linkage data to the control linkage terminal corresponding to the target resource according to the type of the target resource;

The control linkage terminal is further configured to receive the linkage data, load the corresponding control linkage panel from the scheduling server according to the type of the target resource, and respond to the linkage operation according to the linkage data, so that the The control linkage panel updates the linkage data.
A computer-readable storage medium on which a computer program is stored, characterized in that, when the computer program is executed by a processor, the multi-resource integration and linkage method of a video wall according to any one of claims 1 to 5 is implemented.