Interaction implementation method and system oriented to robot programming

Abstract

The invention discloses an interaction implementation method and system oriented to robot programming. The method comprises the steps that a data acquisition component adapted to a robot control component carries out acquisition of data carried by a tile; the robot control component acquires mapped action description information through the acquired data; and an established robot hardware system performs action control on a corresponding robot device according to the action description information. For the established robot hardware system, under an education scene facing children, robot programming can be realized only under the action of the tile and the data acquisition component without being carried out on terminal devices, the purpose of enlightenment education is achieved, the logical thinking training effect is greatly enhanced, action control is realized for the robot device under the action of the tile and the data acquisition component, a game function of the robot hardwaresystem is endowed, and the effect of enlightenment education in the education field is greatly improved.

Description

technical field [0001] The invention relates to the field of artificial intelligence interaction technology, in particular to an interaction realization method and system oriented to robot programming. Background technique [0002] With the development of artificial intelligence interaction technology, more and more various types of robots have entered people's field of vision, and they have also evolved from completing certain tasks in a fixed sequence of actions to programmable and controlled execution actions to complete the current needs. Task. The robot is no longer limited to the execution of fixed actions and fixed tasks, but also enables the corresponding robot to achieve various action execution processes flexibly through the progress of robot programming. [0003] Robot programming is the process of people writing programs to control the movement and operations of robots, so as to set the action descriptions for the tasks that robots need to complete. Robot progr...

AI Technical Summary

Problems solved by technology

After acquiring certain programming skills, children can realize the programming process in the terminal device according to their own programming foundation, that is, write a line of program text content for the robot hardware system to set the action description process. Once they are out of the terminal device, they cannot proceed. As far as children are concerned, robot programming is often difficult in the field of childhood education due to dependence on terminal equipment and high thresholds.

[0005] It can be seen that robot programming has a very high threshold and is difficult to adapt to different groups of people, especially children and depends on terminal equipment, which will also limit robot programming to teaching programming and offline programming, such as through Teach and reproduce the motion trajectory through teaching programming, or burn the obtained program instructions into the robot hardware system through offline programming, so as to execute the set action through the operation of the program instructions in the future

[0006] Therefore, the existing realization of robot programming is no longer applicable to the ubiquitous robot devices, and it is urgent to provide interactive realization of robot programming for educational scenarios, so as to solve the dilemma that children's robot programming in educational scenarios depends on terminal equipment and has a high threshold

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