Design and research of multi-system-interaction robot in digital exhibition hall

Abstract

As an important role in the digital exhibition hall, an interpretive robot could perform guidance, interaction, reception, and other functions. It can replace repetitive explanation tasks, improve the digitalization level of the exhibition hall, and save labor costs and management costs. However, multimedia playback, automatic door, and other electrical equipment in the exhibition hall still need manual control, and real-time data-related questions still need to be answered by the narrator. To solve these problems, the multi-system-interaction robot is designed and optimized. The robot interacts with the central control system of the exhibition hall through a variety of communication methods and controls the operation of the equipment independently. At the same time, the robot can independently obtain real-time data from the server and answer real-time data-related questions. The test results show that the designed robot system can significantly reduce the workload of the interpreter in the process of explanation, and realize the whole process of unmanned operation with multi-system interaction.