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Navigation and surveillance technique
Pseudo-range multilateration, often simply multilateration (MLAT) when in context, is a technique for determining the position of an unknown point, such
Pseudo-range_multilateration
Use of distances for determining unknown coordinates of a point
(slant ranges) or spherical distances (scaled central angles), as in true-range multilateration; or biased distances (pseudo-ranges), as in pseudo-range multilateration
Trilateration
Using distance measures along a shape's edges to determine position in space
True-range multilateration (also termed range–range multilateration and spherical multilateration) is a method to determine the location of a movable vehicle
True-range_multilateration
Pseudo distance between a satellite and a navigation satellite receiver
number of satellites, the better the value of GDOP will be. Pseudo-range multilateration Teunissen, Peter; Kleusberg, Alfred (1998). "GPS Observation
Pseudorange
Class of radio navigation systems
television signals as a time-transfer and positioning system. Pseudo-range multilateration "Clock accuracy in ppm". TronicsBench. n.d. Archived from the
Hyperbolic_navigation
US military aircraft HARM targeting pod
F-16's Link 16 datalink system, a team of aircraft is capable of Pseudo-range multilateration to obtain the position of SAM systems with a high degree of accuracy
AN/ASQ-213 HARM targeting system
AN/ASQ-213_HARM_targeting_system
Calculation of position based on satellite signal timing
equations Least squares adjustment Precise Point Positioning Pseudo-range multilateration Real Time Kinematic Time to first fix 3-dimensional distance
Satellite_navigation_solution
When a radio signal reaches a remote receiver
use TOA measurements to perform geopositioning via true-range multilateration. The true range or distance can be directly calculated from the TOA as signals
Time_of_arrival
Russian global navigation satellite system
signal is generated with modulo-2 addition (XOR) of 511 kbit/s pseudo-random ranging code, 50 bit/s navigation message, and an auxiliary 100 Hz meander
GLONASS
American satellite-based radio navigation service
surfaces of these spheres; see trilateration (more generally, true-range multilateration). Signals from at minimum three satellites are required, and their
Global_Positioning_System
Radio system used by the U.S. armed forces
Broadcast (ADS-B) MultiLATeration Systems (MLAT systems) Later, the frequency range was split by ITU to allocate the frequency range to additional systems
Joint Tactical Information Distribution System
Joint_Tactical_Information_Distribution_System
System that provides a caller's location to emergency dispatchers
intersect. Time difference of arrival (TDOA) works like GPS using multilateration, except that it is the networks that determine the time difference
Enhanced_911
Radio navigation system
operational mission. Instead, radio navigation systems adopted the multilateration concept which is based on the difference in times (or phase) instead
Loran-C
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