A Command and Control System for Air Defense Forces with Augmented Reality and Multimodal Interaction
Long Chen, Wei Wang, Jue Qu, Songgui Lei, Taojin Li · Journal of Physics Conference Series · 2020
Abstract This work proposes a framework for the command and control system of air defense forces based on augmented reality technology. The system uses Microsoft HoloLens hardware as a carrier to realize the holographic display of battlefield situation information. The system can help the commander to perceive and control the situation on the battlefield in an efficient manner, in order to reduce the decision-making time of the commander. Commanders can efficiently interact with the system through gestures and voice, deploy simulated military units in the system through gestures, and send commands to weapon systems through the system. At the same time, the system also supports multi-person real-time collaborative operation, which enables the joint decision-making and sharing of commanders. This system is of great significance to improve operational efficiency and reliability, and at the same time provides an open platform for operational process planning, deduction, simulation, and verification evaluation.