The Remez algorithm can be use to design all four types of linear- phase lters (I,II,III,IV), but for convenience only the design of type I lters will be described here.

The Remez algorithm or Remez exchange algorithm, published by Evgeny Yakovlevich Remez in 1934, is an iterative algorithm used to find simple approximations to functions, specifically, …

- Remez exchange algorithm is an iterative algorithm to determine the set of filter parameters as required by alternation theorem. Flowchart: - The flow chart for Remez Exchange Algorithm is …

In this thesis, we study the solution for the minimax approximation problem formulated earlier by the Remez algorithm.

In a series of three papers, a Russian mathe-matician by the name of Remez introduced an algorithm that computes the minimax approximation[12][13][14]. Remez algorithm became a …

The Remez multiple exchange algorithm works by moving the frequency samples each iteration to points of maximum error (on a denser grid). Remez iterations could be added to our …

Apr 15, 2012 · The most efficient method for designing optimum magnitude linear-phase FIR filters with arbitrary-magnitude specifications is the Remez algorithm and the most frequent …

Parks and McClellan used the Remez algorithm to develop a procedure for designing linear FIR digital filters. Parks and McClellan solved the above problem applying the following theorem …

The Remez multiple exchange algorithm works by moving the frequency samples each iteration to points of maximum error (on a denser grid). Remez iterations could be added to our …

In this article, an optimal design of two-dimensional finite impulse response (2D FIR) filter with quadrantally even symmetric impulse response using fractional derivative constraints (FDCs) is...