Method, system and apparatus for displaying segmented multimedia on tiling display screens

1. A terminal control method, comprising:

generating an orchestration plan according to a program selected by a user;

selecting, according to the program and the orchestration plan, multiple tiling screens used for displaying the program from tiling screens that form a terminal;

segmenting a multimedia resource corresponding to the program based on the selected multiple tiling screens to obtain segmented multimedia resources; and

sending the segmented multimedia resources to the multiple tiling screens to allow each tiling screen displays according to a corresponding multimedia resource and the orchestration plan;

wherein before the generating the orchestration plan according to the program selected by the user, the method further comprises:

receiving material uploaded by a user, wherein the material comprises audio, video and a picture; and

generating the program according to the material, and setting attribute information of the program, the attribute information comprising a name, a description, and a category.

2. The method according to claim 1 , wherein the segmenting the multimedia resource corresponding to the program based on the selected multiple tiling screens to obtain the segmented multimedia resources comprises:

slicing the multimedia resource corresponding to the program according to the selected multiple tiling screens to obtain sliced multimedia resources; and

performing a super-resolution processing on the sliced multimedia resources to obtain super-resolution processed multimedia resources, and taking the super-resolution processed multimedia resources as the segmented multimedia resources.

3. The method according to claim 1 , wherein after the sending the segmented multimedia resources to the multiple tiling screens, the method further comprises:

sending an instruction for adjusting screen display parameters of each tiling screen to the terminal, wherein the instruction is used for indicating the terminal to adjust the screen display parameters of each tiling screen, wherein the screen display parameters comprise white balance, brightness, and volume.

4. The method according to claim 1 , wherein after the sending the segmented multimedia resources to the multiple tiling screens, the method further comprises:

receiving working state information reported by each tiling screen to monitor the terminal, wherein the working state information comprises running time, heartbeat information and abnormal log.

5. A terminal control apparatus, comprising:

a memory, configured to store a computer program; and

a processor, configured to call the computer program stored in the memory to execute:

generating an orchestration plan according to a program selected by a user;

selecting, according to the program and the orchestration plan, multiple tiling screens used for displaying the program from tiling screens that form a terminal;

segmenting, according to the selected multiple tiling screens, a multimedia resource corresponding to the program to obtain segmented multimedia resources; and

sending the segmented multimedia resources to the multiple tiling screens to allow each tiling screen displays according to the corresponding multimedia resource and the orchestration plan;

wherein before the generating the orchestration plan according to the program selected by the user, the processor is further configured to execute:

receiving material uploaded by a user, wherein the material comprises audio, video and a picture; and

generating the program according to the material, and setting attribute information of the program, the attribute information comprising a name, a description, and a category.

6. A terminal control system, comprising:

a control end and a terminal, wherein,

the control end is configured to: generate an orchestration plan according to a program selected by a user; select, according to the program and the orchestration plan, multiple tiling screens used for displaying the program from tiling screens that form a terminal; segment, according to the selected multiple tiling screens, a multimedia resource corresponding to the program to obtain segmented multimedia resources; and send the segmented multimedia resources to the multiple tiling screens; and

the terminal is configured to receive the segmented multimedia resources, each of the multiple tiling screens displays according to a corresponding multimedia resource;

wherein the control end comprises a page controller, and the page controller is configured to:

receive material uploaded by a user, wherein the material comprises audio, video and a picture; and

generate a program according to the material, and set attribute information of the program, the attribute information comprising a name, a description, and a category.

7. The system according to claim 6 , wherein the control end comprises a server connected with the page controller, wherein, the page controller is further configured to receive an operation by a user to adjust the screen display parameters of each tiling screen, and in response to the operation, generate an instruction for adjusting the screen display parameters of each tiling screen; and send the instruction to the server, the screen display parameters comprising white balance, brightness, and volume; and

the server is configured to receive the instruction and send the instruction to the terminal.

8. The system according to claim 7 , wherein the server is further configured to receive working state information reported by each tiling screen and send the working state information to the page controller, wherein the working state information comprises running time, heartbeat information and abnormal log; and

the page controller is configured to receive the working state information and display the working state information.

9. The system according to claim 7 , wherein the server comprises an artificial intelligence (AI) server, and the Al server is configured to:

slice a multimedia resource corresponding to the program according to the selected multiple tiling screens to obtain sliced multimedia resources; and

perform a super-resolution processing on the sliced multimedia resources to obtain the super-resolution processed multimedia resources, and take the super-resolution processed multimedia resources as the segmented multimedia resources.

10. The system according to claim 7 , wherein the server comprises a database server, and the database server is configured to store the material and the program.

11. The system according to claim 7 , wherein the server comprises a location server, and the location server is configured to:

determine location distribution of each tiling screen in a same rectangular coordinate system; and

determine a multimedia resource corresponding to each tiling screen from the segmented multimedia resources according to the location distribution.

12. The system according to claim 11 , wherein the location server is further configured to:

determine RSSI values of three Bluetooth beacons at different locations received by each tiling screen;

determine a distance between each tiling screen and each Bluetooth beacon based on the RSSI values;

determine a coordinate location of each tiling screen in the same rectangular coordinate system based on the distance; and

determine location distribution of each tiling screen in the same rectangular coordinate system based on the coordinate location.

13. The method according to claim 2 , wherein after obtaining the sliced multimedia resources, the method further comprising:

determining location distribution of each tiling screen in a same rectangular coordinate system; and

determining a multimedia resource corresponding to each tiling screen from the segmented multimedia resources according to the location distribution.

14. The method according to claim 13 , wherein the determining the location distribution of each tiling screen in the same rectangular coordinate system comprises:

determining RSSI values of three Bluetooth beacons at different locations received by each tiling screen;

determining a distance between each tiling screen and each Bluetooth beacon based on the RSSI values;

determining a coordinate location of each tiling screen in the same rectangular coordinate system based on the distance; and

determining location distribution of each tiling screen in the same rectangular coordinate system based on the coordinate location.