The objective of this paper is to explore data privacy and sharing challenges associated with
conducting regional data collection using large‐scale unmanned aircraft systems (UAS) …

The next great innovation in Unmanned Aerial Vehicles (UAV) technology is smart UAVs,
which aim to provide new possibilities in numerous applications. There is an increasing …

Drones have potential uses in agriculture. A corn or soybean producer could utilize drones
to monitor a field checking for bugs, disease, and other pests more efficiently compared to …

The flexibility, availability, and low-cost of ownership and operation has enabled UAS based
precision agriculture practices to progress into actual implementation in recent years. The …

Farming has recently experienced increasing automation, and further development is likely
to include systems of multiple robots. Such systems will require development in machine-to …

The agricultural community is actively engaged in adopting new technologies such as
unmanned aircraft systems (UAS) to help assess the condition of crops and develop …

Precision farming, often known as smart agriculture, is a new paradigm that automates and
optimizes processes through the use of cloud computing, machine learning, and the Internet …

A comprehensive survey and subject‐expert interviews conducted among agricultural
researchers investigated perceived value and barriers to the adoption of unoccupied aerial …

The global population is rapidly increasing, so there is a critical requirement to satisfy the
food production demand. Conventional methods of agriculture are inadequate to meet …

Precision agriculture necessitates the use of sensors and wireless communications
technologies for data security, gathering, and analysis. However, most farms are located …