… art in UAVs for precision agriculture, and the challenges required to build autonomous
UAV … in cluttered and highly unstructured agricultural environments across multiple square …

… current UAV systems in the field of precision agriculture [13]. … fully autonomous, cost-effective,
multi-sensor UAV systems … use in reduced-input precision agriculture applications. In this …

… Unmanned Aerial Vehicle (UAV) applications in path planning, design, … and precision
agriculture is an active field of research [1-11]. Remote sensing using UAVs in precision agriculture …

… UAV architectures, and their utility in precision agriculture. Finally, we outline the challenges
and the future scope of such UAV-based solutions for precision agriculture… and autonomous …

… the world specializing in UAV application for agriculture. The … Anyways, the UAV market for
precision agriculture is growing … , unmanned and semi-autonomous platform and field test it. …

… UAVs for Precision Agriculture. We discuss the most common applications, the types of UAVs
… : Flying vehicles that have no operator on their spindle but operate either autonomously or …

… UAV studies carried out for precision agriculture for different missions. UAV-based precision
agriculture … that it is reasonable for UAVs to perform autonomous missions in the greenhouse…

… Unmanned Aerial Vehicle (UAV) technology combined with image data analytics can provide
promising Precision Agriculture (… Next, we examine their level of autonomy as well as the …

… of delivering the inputs required in precision agriculture (PA). First… spraying of inputs with an
autonomous UAV for PA. This paper … which allows applying precision agriculture techniques. …

… UAV system, capable of acquiring high resolution multi-spectral images particularly suited
for precision agriculture … The UAV then returned autonomously to vertically above the starting …