GPS-controlled

Describing a system, device, or process that is regulated or directed by signals from a Global Positioning System (GPS). This typically involves using GPS data to determine precise location, which then informs actions, movement, or functionality. The control can range from simple navigation to complex automated operations, ensuring accuracy, efficiency, and often remote operability. Applications span various fields including transportation, agriculture, robotics, and environmental monitoring. The reliance on GPS enhances precision in guiding or managing specific actions in a given environment. The definition hinges on the integration of GPS technology to modify or maintain an action.

GPS-controlled meaning with examples

• The autonomous delivery drone was entirely GPS-controlled, following a pre-programmed flight path to navigate between the distribution center and the customer's address. Obstacle avoidance algorithms integrated with the GPS data ensured safety during the flight, making on-the-go adjustments for unexpected atmospheric or physical hindrances, thereby making accurate and efficient deliveries.
• Modern agricultural tractors use GPS-controlled steering systems to precisely plant seeds and apply fertilizers. This automated precision helps maximize crop yields while minimizing resource waste, saving money, and reducing environmental impact. The GPS signal ensures exact row spacing, which minimizes overlap and optimizes use of costly resources like seeds and pesticides.
• Rescue robots operating in hazardous environments are often GPS-controlled, allowing operators to remotely guide them through dangerous terrain and collect vital environmental data. This remote operation limits human exposure to risks, and the GPS provides exact positional awareness even when the terrain is complex and difficult.
• Researchers utilized a GPS-controlled buoy system to track the movement of ocean currents, thereby enhancing the precision and accuracy of scientific analysis. The buoys transmitted their location in real-time, enabling them to monitor the speed and direction of the water flow in a dynamic manner which assisted in analysis and environmental preservation.