The spectrum of an object moving in 5-D light field videos (also known as plenoptic videos) with constant velocity and at non-constant depth is analyzed.

Enhancing Moving Objects in Light Field Videos. Using 5-D IIR Adaptive Depth-Velocity Filters. Chamira U. S. Edussooriya∗, Len T. Bruton† and Panajotis ...

Dec 10, 2016 · Based on this analysis, a novel 5-D IIR adaptive depth-velocity filter is proposed for enhancing such objects. The time-variant coefficients of ...

A 5-D depth---velocity filter is proposed for enhancing moving objects in noisy light field videos (LFVs) (also known as plenoptic videos).

The 5-D spectrum of an object in an LFV is derived for the important practical case of objects moving with constant velocity and at constant depth and it is ...

A 5-D IIR depth-velocity filter is proposed for enhancing objects moving on linear trajectories, with constant velocity and at constant depth, in light ...

Bibliographic details on Enhancing Moving Objects in light field videos using 5-D IIR adaptive depth-velocity filters.

Based on this analysis, a 5-D depth-velocity digital filter to enhance moving objects in LFVs is proposed, described and implemented. Further, by means of the ...

Based on this analysis, a 5-D depth-velocity digital filter to enhance moving objects in. LFVs is proposed, described and implemented. Further, by means of the ...

A 5-D IIR depth-velocity filter for enhancing objects moving on linear-trajectories in light field videos · Computer Science, Engineering. 2015 IEEE ...