In the columns, Algorithm ?? + Algorithm ?? refers to the algorithm used in reduction phase (Algorithm ??) and the algorithm used to solve the reduced MDP (Algorithm ??).
Since such an issue has been proved to be NP-complete, we propose two efficient and practically realizable heuristic algorithms, referred to as Source-Based StreandScheduling (SBS) algorithm algorithmnatoon-Basolvetheam Scheduling (DBS) algorithm to solve the problem in polynomial time.
The original algorithm [ 29] is referred to as Algorithm 1, while the new algorithm is referred to as Algorithm 2. The reduction in time complexity has been achieved without introducing any approximation or simplification such as windowing.
Fig. 8 BER performances comparison between the referred two algorithms.
In this paper, the improved IMPNLMS algorithm, referred to as IMPNLMS + algorithm all over the paper, is reviewed.
In addition, we compared the proposed sampling algorithm with alternative algorithms, CoPerplexity_RW (when ({alpha= 0})), CoPerplexity_MHRW (when (alpha= 1)) and refer our algorithm as CoPerplexity_PRW (when (0
An alternate iris recognition algorithm, referred to as the Ridge Energy Direction REDD) algorithm [5], will be the basis for this work.
To improve the efficiency of the search process, this paper develops a modified algorithm, referred to as the shredding genetic algorithm (SGA).
The algorithm is referred to as RP algorithm.
For more information, refer to algorithm 3.
The detail of realization refers to Algorithm 1.
