Sentence examples for estimate direction from inspiring English sources

AOA method uses array antenna to estimate direction of arrival and more than two subarrays are required to localize sources.

In this paper, we present a novel algorithm to estimate direction and length of motion blur, using Radon transform and fuzzy set concepts.

The analysis stage of DirAC is based on a time-frequency processing of the B-format input signals to estimate direction and diffuseness parameters.

Angle of arrival (AOA) method uses array antenna to estimate direction of arrival and at least two receivers, called subarray, are required to localize sources [4].

ESPRIT algorithm, which takes advantage of the rotational invariance property of the uniform linear array (ULA), can be valid to estimate direction of arrivals (DOAs) uniquely only if the number of calibrated receiving antennae is more than the number of sources and all single path signals follow distinct direction to the receiving end [5].

By modelling instrument imprecision and spatial variability as different error types, we estimate direction and magnitude of the effects of error over a range of error types.

The proposed method (i) execute self-localization using wheel-based odometry, (ii) estimate direction-of-arrival (DOA) of the sound sources using sounds recorded by the elements of the microphone array, (iii) predict the DOA of the sound sources from estimated location and pose, and (iv) conduct self-localization by integrating all of the information.

Therefore, it is used to develop spherical estimating signal parameter via rotational invariance technique (ESPRIT -like approach to ESPRIT -likeections of approach(DOAs) for boto far-fiestimatenear-fieldirections

These matrices give high probabilities to pixels in the estimated direction and decreasing probabilities (punishment) as the direction varies from the estimated direction.

The estimated direction corresponds to the sample vector that maximizes (10).

In [14], we have investigated the FDA Cramér-Rao lower bounds for estimating direction, range, and velocity.