Robot interaction method and interactive robot

Abstract

A robot interaction method includes the following steps of collecting user information, obtaining field information of a user, calculating user interaction parameters according to the field information; when the user interaction parameters satisfy requirements, querying and determining items to be supplemented from a user feature information set, determining related communication scene information from a communication scene library according to the items to be supplemented, actively questioning the user through voice and / or images based on the communication scene information related to the item to be supplemented, obtaining voice and / or image feedback of the user, extracting related contents associated with the item to be supplemented in the feedback information, and storing the related content to the user feature information set.

Description

Technical field [0001] The invention relates to the field of robot interaction, in particular to a robot interaction method and an interactive robot. Background technique [0002] With the development of network transmission and big data technology and the improvement of hardware processing capabilities, more and more robots have entered people's family lives. The current human-computer interaction methods are basically human-questing and machine-answering. Although the answering methods are diverse and increasingly intelligent, most of them are robots that passively receive user questions. There is no deep connection between the robot and the user. [0003] For example, Chinese Patent Application No. 201610970633.4 discloses a robot human-computer interaction method and system. The robot human-computer interaction system includes: a first acquisition module for acquiring laser signals; a second acquisition module for acquiring voice signals; An execution module is used to excite...

AI Technical Summary

Problems solved by technology

However, this method of obtaining all needs through question and answer in one interaction is not good for user experience. The usable information stored by the robot is far from the needs of users, which may cause users to give up using voice interaction and switch back to touch screen control.

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