This invention discloses a collaborative operation
system and method for a
drone and a robotic dog in a mining
scenario. The
system includes a
drone, a robotic dog, and a
wireless communication module. The
drone and the robotic dog transmit data through the
wireless communication module. The drone includes a
laser terrain scanner, and the robotic dog is equipped with a high-definition camera and an
infrared sensor. The
laser terrain scanner is used to perform a global
terrain scan of the mining blasting area to obtain
laser point cloud data. The high-definition camera is used to identify obstacle elevation values, and the external sensors are used to collect road slope data. This invention utilizes a bidirectional BFS
search algorithm combined with adjacent grid selection weights and priorities to generate multiple planned paths. The drone sends the planned paths to the robotic dog in advance, and the robotic dog only needs to select the optimal path based on the actual road conditions. The lightweight MobileNet model improves the robotic dog's computation speed and time, and the selection of the optimal path based on actual road conditions requires low hardware computing power.