Sentence examples for moving point target from inspiring English sources

This article addresses the problem of tracking a dim moving point target from a sequence of hyperspectral cubes.

This paper addresses the problem of tracking a dim moving point target in a sequence of IR images.

Note that in an actual system the moving point target cannot be well focused with the stationary-terrain matched filter.

For simplicity, we assume that the patch contains a moving point target and a stationary point target, and the two targets have the intensity |b|2 and |g|2, respectively.

Here, ϕ i represents the phase error caused by the motion of the target and (mathbf {p}_{mathbf {i}_{m}}phantom {dot {i}!}) and (phantom {dot {i}!}mathbf {p}_{mathbf {i}_{mathbf {m}_{e}}}) are the phase history data for the stationary and moving point target, respectively, at aperture position m.

The robust joint design problem of the space-time transmit code (STTC) and the space-time receive filter (STRF) for a moving point-like target is considered in [15] assuming as figure of merit the worst-case SINR over the actual and signal-dependent clutter statistics and considering both energy and similarity constraints on the sought code.

For the moving surface, the distance field function defines the direction of the moving point to the moving target.

The screen showed a moving point in the middle of a target and the participants were asked to follow the target through shifting their weight.

In this article, we consider the problem of tracking a point target moving against a background of sky and clouds.

Consider the composite noise-OFDM signal reflected from a point target moving with constant velocity v o at an instantaneous range of R=R o −v o t, with resulting delay τ o =2R o /(c−v o )≅2R o /c, and delay rate α=2v o /(c−v o )≅2v o /c such that τ(t)=τ o −2v o t/c=τ o −α t.

In this study, a complete system for the tracking of dim point targets moving at sub-pixel velocities in a sequence of hyperspectral cubes or, simply put, a hyperspectral movie was presented.