Given cutoff frequency, sampling frequency and filter order application will return an all-pole, near-linear phase low pass filter with optimized magnitude response in the pass-band region.
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Updated
Jul 1, 2024 - C++
Given cutoff frequency, sampling frequency and filter order application will return an all-pole, near-linear phase low pass filter with optimized magnitude response in the pass-band region.
Plan Time-Optimal Trajectory under $n$th-Order Box-Constraints
C++ program that implements the FIFO, Optimal, MFU, and LRU page-replacement algorithms. Given a page-reference string, where page numbers range from 0 to 9, apply the page-reference string to each algorithm, and output the number of page faults incurred by each algorithm.
Implement page replacement policies like LRU, NFU, FIFO , Aging, Random etc . And also compare their results.
The simulator is capable of implementing one/two levels of cache with LRU / FIFO / Optimal replacement policy and non-inclusive / inclusive cache eviction policy.
Replacement Policy implemented in linux. Assigned 5/12/2020, Due 12/12/2020
Development version of ph2rand, an R package for the design of randomized comparative phase II oncology trials
This C++-based program implements several of the most popular page replacement algorithms (Optimal, FIFO, LRU, Clock).
Page Replacement Algorithms manage memory efficiently in computer systems. FIFO (First In, First Out) replaces the oldest page, simple but inefficient. Optimal replaces the page that won't be used for the longest time, ideal but impractical. LRU (Least Recently Used) swaps out the least recently accessed page, balancing simplicity and effectiveness
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