A highly efficient algorithm for fast motion detection and estimation using parallel processing

This paper differs from existing work using non-deep models by adopting more rigourous testing on a larger set of data, investigat- ing RFs as a potential solution and exploring

R´ ESUM´ E: Dans ce travail sur le d´ebruitage d’image, nous pr´esentons un nouveau type d’estimateur par patchs inspir´e de la m´ethode NL-Means propos´ee par Buades, Coll

In this paper, we propose a fast parallel garner algorithm concerning basic algebra and modular arithmetic operations of multiple-precision integer to increase the effi- ciency

Fig. 3 shows the spectral efficiency performance of the proposed Algorithm 1 under different iterations when the number of transmitting antennas is 256 and the number of receiving

In the simu- lations described above, 794 of the inserted 1000 synthetic sources were recovered using the searching criteria defined for the datacubes with the full resolution: at

The amplitude estimation is quite robust to the shape of the noise, it is slightly better with impulse noise and seems independent of the phasis order. The phasis’s

For example, a migmatitic granodiorite (B85-[50]) yielded a U-Pb (SIMS) zircon age of 2103 ± 12 Ma, which could correspond to either the crystallization age of the magmatic protolith

It is based mainly on a fine analy- sis of the local geometry (specifically normal and curvatures) of the drawn lines (Section 4), followed by the closing of regions using