angle of arrival

The location is determined by computing algorithms using the signal's angle of arrival and the time it took to travel to the base stations.

The angle that maximize this power is an estimation of the angle of arrival.

Angle of arrival (AoA) is the angle from which a signal arrives at a receiver.

The angle of arrival of the signal can be determined by measuring the ratio of the signals between the sum and difference beams.

Another method using angle of arrival (AoA), possible when in range of at least two cell sites, produces intermediate precision.

Angle of arrival (AoA)

Spatial correlation means that there is a correlation between the received average signal gain and the angle of arrival of a signal.

The first method was called frequency modulation and the second was to calculate the angle of arrival of the reflected signal at the receiving aerial.

The enodeB may report extra information to the ESMLC like the angle of arrival.

Angle of arrival (AOA) requires at least two towers, locating the caller at the point where the lines along the angles from each tower intersect.

This applies to satellite locating as well as other RTLS systems such as angle of arrival and time of arrival.

Angle of arrival (AoA) measurement is a method for determining the direction of propagation of a radio-frequency wave incident on an antenna array.

WSDMA enabled systems can determine the angle of arrival (AoA) of received signals to spatially divide a cell sector into many sub-sectors.

To incorporate active cancellation techniques, the precise characteristics of the waveform and angle of arrival of the illuminating radar signal must be known, since they define the nature of generated energy required for cancellation.

The angle of arrival (AOA) at a receiving station can be determined by the use of a directional antenna, or by differential time of arrival at an array of antennas with known location.

"Never seen anything like it, though, all those Thek," and he planed their angle of arrival with his left hand, "just flowing in, if silicon triangles can flow, just sort of gliding in and never losing their formation, just all of a sudden down on the ground."