Smart agriculture benefits from unmanned aerial vehicles (UAV), and in-field sensors to
collect data used to make responsible crop management decisions which sustainably …

On one hand, the emergence of cutting-edge technologies like AI, Cloud Computing, and
IoT holds immense potential in Smart Farming and Precision Agriculture. These …

Agricultural research involves study of the complex soil–plant–atmosphere–water system,
and data relating to this system must be collected under often-harsh outdoor conditions in …

Strawberry farming is labor intensive and time critical. Farmers need to harvest ripe fruit
within 2–3 days, and the size of their farms makes it extremely difficult to accurately survey …

Unmanned Aerial Vehicles usage has significantly improved in all the sectors. Various
industries are using drones as a platform for development with eco-nomic investment …

Adaptation of technologies such as the Internet of Things (IoT), Unmanned Aerial Vehicles
(UAVs), and block chain in agriculture has revolutionized farming activities, offering several …

This chapter looks at the role UAVs play in precision farming and the Internet of Things. It
also analyzes scenarios for UAV implementations in a precision agriculture. IoT technology …

Integration of UAVs into the fifth generation (5G) cellular networks as aerial base stations
would be a promising technology to achieve several goals, namely ubiquitous accessibility …

Climate change has introduced many challenges, which affect various sectors including
agriculture. The major challenge lies in increasing food productivity while confronting …

Precision agriculture or farming comprises a set of technologies that combines sensors,
information systems, enhanced machinery, and informed management to optimize …