Sentence examples for an optimal equalization from inspiring English sources

The maximum likelihood sequence estimation (MLSE) is an optimal equalization method to suppress Inter-Symbol Interference (ISI) in communication and storage systems.

The paper examines case of optimal equalization of an image longitudinal velocity in the focal plane of telescope and tackles the problem of defining initial azimuth of the scanning survey under the condition of minimizing quadratic functional of image cross velocity values on the left and right edges of the CCD linear array.

It is clear the BSPK HNN MLSE equalizer performs near-optimal, if not optimal, equalization.

The ability to perform nearly optimal equalization of multiple input multiple output (MIMO) wireless channels using sequential Monte Carlo (SMC) techniques has recently been demonstrated.

In this article, optimal equalization and decoding using the MLSE (min-sum) and MAP (sum-product) algorithms were discussed.

The maximum-likelihood sequence estimation (MLSE) is recognized as the optimal equalization algorithm in the sense of sequence detection.

Due to the large amount of interfering symbols in these channels, the use of conventional optimal equalization algorithms are infeasible.

For this reason, communication system designers are forced to use suboptimal equalization algorithms to alleviate the computational strain of optimal equalization algorithms, sacrificing system performance.

Optimal equalization and decoding are discussed first, by presenting the maximum likelihood sequence estimation and maximum a posteriori probability algorithms and relating them to equalization in single-carrier channels with memory, and to the decoding of convolutional codes.

To get the optimal equalization performance, we need to try to increase the power of the desired signal and decrease the power of the inter-carrier interference signal.

It is known that the performance of an optimal ML receiver can be approached by using an iterative equalization and decoding approach as in turboequalization.