Transportation communications needs antennas with efficient patterning for mass transit systems and railway networks. Antenna patterning, the graphical representation of antenna radiation as a function
Whether it’s from waves or propulsion, ships are moving targets rather than fixed points in space. Obstructions such as shipping containers and cranes also create
Port communications need antennas that can send and receive reliable signals in multiple directions under non-line-of-sight (NLOS) conditions. Wireless signals don’t just travel in one
Mining corporations are investing in larger Autonomous Vehicle (AV) fleets of haulers, dozers and loaders to increase efficiency, optimize production, and improve safety. As a
Warehouse automation is improving accuracy, reducing physical and mental strain on human workers, and eliminating tedious, manual tasks. Today, warehouse robotics are used for picking,
Improved Connectivity in Industrial Automation Manufacturing automation can be fixed like an automated conveyor system, flexible like an automated guided vehicle (AGV), or programmable like
Industrial automation technologies that depend upon wireless communications use antennas with a specific radiation pattern. Antenna patterning, the graphical representation of antenna radiation as a
Unmanned aerial vehicles (UAVs), or drones, are often used in places where physical obstructions can interfere with line-of-sight (LOS) communications. Dynamic conditions such as extreme
UAV networks depend upon wireless communications between ground controllers and drones, or unmanned aerial vehicles (UAVs). Drone navigation, control, and autonomy are important, of course,
Unmanned aerial vehicles (UAVs), or drones, are equipped with antennas that have a specific radiation pattern. Antenna patterning, the graphical representation of antenna radiation as