Printable Flashcards

A man-made object placed in orbit around the Earth that is used to transmit signals to and from GPS receivers.	Global Positioning System: a satellite-based navigation system that provides location and time information in all weather conditions, anywhere on or near the Earth.
A set of numbers that specify the position of a point on the Earth's surface in relation to a reference system, such as latitude and longitude.	The process of planning, recording, and controlling the movement of a vehicle or person from one place to another using GPS technology.
The continuous monitoring of the movement and location of an object or person using GPS technology.	Specific locations or landmarks entered into a GPS device to help guide a user along a route.
The process of creating digital representations of real-world locations using GPS data.	The degree to which a GPS device's reported position matches the true position of the object being tracked.

A device that receives signals from GPS satellites and calculates the user's position, velocity, and time based on the information received.	A recreational activity in which participants use GPS devices to hide and seek containers, called 'geocaches,' at specific locations marked by coordinates.
A method used by GPS to determine a location by measuring distances from known points.	A system that uses satellites to provide location and time information anywhere on Earth.
GPS satellites are equipped with atomic clocks to ensure accurate timing for location calculation.	A group of satellites that work together to provide GPS coverage across the globe.
The process of determining the best path to reach a destination using GPS technology.	The process of determining the precise geographical location of a device using GPS.

The use of GPS tracking and monitoring systems to manage and optimize the operations of a fleet of vehicles or assets.	Applications that use GPS data to provide information or services based on the user's current location.
Monitoring and analyzing physical activity and exercise using GPS-enabled devices to track distance, speed, and performance.	The practice of determining the positions of points on the Earth's surface using precise GPS measurements for mapping and construction purposes.
The distortion of signals due to the Earth's atmosphere, particularly affecting communication and positioning accuracy.	Using GPS technology for precision agriculture to optimize farming practices, crop yield, and resource management.
Precise timekeeping devices used in satellites to transmit signals for navigation purposes.	Discrepancies in time measurement that can affect the accuracy of position calculations.

The determination of a device's location via signals received from satellites.	A system that enhances GPS accuracy and reliability by using data from mobile networks.
The bouncing back of a signal when it encounters a surface, such as buildings or bridges.	A phenomenon where signals take multiple paths to reach the receiver, often due to reflections from surfaces.
	The degree to which the calculated location of a user matches the actual location, which can be affected by multiple signal paths.