Controlling Drones By Mobile Network

A research project which uses existing high speed mobile phone networks in order to track and control drones has been embarked by the researchers. By knowing the exact cellular signal strengths of airspace, it would allow air traffic planners for knowing which routs are safe to fly for unmanned aircrafts and which routs are to be avoided due to poor signal coverage. In order to provide short range line of sight wireless connectivity, conventional drones operations use an unlicensed spectrum by cbse school in Mansarovar with hostel facility but it is susceptible to radio signal interference.

In contrast, a well optimized high speed internet network provides secure, low latency and high throughout mobile connectivity as well as it enables drones to fly beyond visual range in an urban environment. In addition to this, the real time data and telemetry feeds during flights with their precise aerial locations monitored over high speed internet network could be sent by the drones. With the help of this, a way has been paved with school list in Mansarovar cbse for a dynamic and robust unmanned aircraft traffic management solution which is required for the smart utilization of urban airspace and its surrounding sea to shore coverage.

The researchers are at the forefront in both autonomous vehicles as well as air traffic management research along with they are working in order to establish an air traffic system which could effectively control and regulate traffic in congested airspace. The researchers are on an aim to translate their knowledge into practical applications which would be beneficial to the megacities by working with other experts of this field.

According to the scientists of WooCommerce Development India this collaboration would be another innovation in order to accelerate country’s transformation into a smart nation because interest in drones has taken off beyond recreational and hobbyist groups into serious commercial applications. For enabling incredible new applications, mobile technologies have the potential to expand and extend the capabilities of drones such as using drones for searching purpose and rescue operation at remote or inaccessible sites, aerial infrastructure surveillance, and delivery of parcels in a quick and efficient way and even new entertainment channels such as first person view drone race.

This new idea of scientists has low latency and is more reliable than the conventional wireless bands. For identifying potentially usable airspace for drones which have sufficient signals strengths to enable proper command and control, this technology would help them. By using high speed internet network, researchers would also test piloted and autonomous drone operations beyond line of sight which could pay the way for a similar use in the future.