Study of UAV Management Using Cloud-Based Systems

Unmanned aerial vehicles (UAVs) are considered to be recent developing technology having ability of making various basic public and private processes better. UAVs help in speeding up the recovery and rescue activities and also helpful in delivery systems. Development of UAV systems by traditional techniques needs large amount of effort, time, and cost. Management of UAV systems using conventional techniques has many limitations. As the UAV airspace turn out to be more restrictive, it is significant to manage UAV systems by utilizing innovative methods of collision avoidance. In this chapter, cloud-web-application study is presented which offers real-time flight managing and regulating UAVs. For every linked UAV, exhaustive reading of the accelerometer UAV sensor, GPS and provides ultrasonic sensor as well as visual cameras in addition to status reports from small inner elements of UAVs. The flexible map overlap looks at current routes and existing UAV sites, letting users easily manage all aircraft operations. The system perceives and avoids major impacts by auto-adjusting the UAV flight modes and notifying users about changes. The main aim is to streamline efforts, reduction in time, and cost of collaborative applications for UAVs which are heterogenous. This chapter deliberates how UAVs are unified with the cloud computing standard for providing universal access to their services. UAV resources are tracked in a novel flexible web-service design and has integrated communication amid services known as resource oriented architecture. The UAV-cloud framework to facilitate the design of pervasive UAV viewpoints, also the trivial integrated design of UAV resources is also discussed in this chapter.