The scientific and technological dynamic drone has undergone several decades of development and has matured from a technical point of view. Its advantages are low cost, easy operation, and high flexibility. It can carry some important equipment to complete special tasks from the air, such as air monitoring, aerial surveillance, airborne letter transmission, air shouting, and emergency rescue. In the implementation of special tasks, it will generally not result in casualties, strong survivability, good maneuverability, ease of use, and can play an important role in dealing with natural disasters, accidents, disasters, and social security incidents.
Anti-collision Aircraft Control System Manages 80 Drones Simultaneously
If drone shipments are widespread, developing an aircraft control system that prevents them from colliding with each other will be a huge challenge. (Google, NASA, and the Federal Aviation Administration are all working hard to develop similar systems.) But now MIT researchers have created the first to be able to control the simultaneous flight in the air and on the road. Man-machine "path planning" system.
The hardware here is not that important (the drones seen in the video below are just toys, not full-size drones), but it is interesting to set up a "path planning" system for each drone route. It can control when the drone is flying and when it is on the road to save energy.
Researchers explained in a thesis that this drone has a unique advantage: “Robots moving on the ground can not only save energy consumption, but also can walk on most flat roads. On the other hand, when in In drone mode, it is highly flexible, but it is energy inefficient and has a limited battery life. Combining the two to create a vehicle with a 'energy efficient driving mode and agile flight mode'." Used for monitoring, disaster relief, and delivery of parcels. .
The system developed by the researchers could theoretically control up to 80 UAVs at a time, but they currently use only 8 models for testing.
The original headline MIT developed a system that can manage 80 UAVs that can move on the ground at the same time
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