Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization

‎This paper focuses on the design of matched filters with low peak sidelobe level as well as mismatched‎ ‎filters with low loss in processing gain and peak sidelobe level‎, ‎for phase codes‎. ‎We propose an algorithm ‎which employs the least-p-th norm minimax based on the genetic algorithm‎, ‎and a...

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Main Authors: M. M. Pishrow, J. Abouei, H. Ghaferi
Format: Article
Language:English
Published: Spolecnost pro radioelektronicke inzenyrstvi 2021-06-01
Series:Radioengineering
Subjects:
Online Access:https://www.radioeng.cz/fulltexts/2021/21_02_0388_0395.pdf
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author M. M. Pishrow
J. Abouei
H. Ghaferi
author_facet M. M. Pishrow
J. Abouei
H. Ghaferi
author_sort M. M. Pishrow
collection DOAJ
description ‎This paper focuses on the design of matched filters with low peak sidelobe level as well as mismatched‎ ‎filters with low loss in processing gain and peak sidelobe level‎, ‎for phase codes‎. ‎We propose an algorithm ‎which employs the least-p-th norm minimax based on the genetic algorithm‎, ‎and a method based on the‎ ‎semidefinite programming to deal respectively with the resulting matched and mismatched optimization problems‎. A framework is also presented to design mismatched filters that are robust to Doppler shifts. ‎Simulation results show that using the proposed methods for finding matched filters leads to better peak sidelobe‎ ‎level and integrated sidelobe level for binary and polyphase codes compared to previous works‎. ‎In addition‎, ‎the mismatched filters designed by the proposed methods have very low peak sidelobe level in‎ ‎the binary and polyphase cases‎.
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spelling doaj.art-0524a20afa3e4fe292f82fac0f983f3a2022-12-21T18:57:37ZengSpolecnost pro radioelektronicke inzenyrstviRadioengineering1210-25122021-06-01302388395Design of Matched and Mismatched Filters Based on Peak Sidelobe Level MinimizationM. M. PishrowJ. AboueiH. Ghaferi‎This paper focuses on the design of matched filters with low peak sidelobe level as well as mismatched‎ ‎filters with low loss in processing gain and peak sidelobe level‎, ‎for phase codes‎. ‎We propose an algorithm ‎which employs the least-p-th norm minimax based on the genetic algorithm‎, ‎and a method based on the‎ ‎semidefinite programming to deal respectively with the resulting matched and mismatched optimization problems‎. A framework is also presented to design mismatched filters that are robust to Doppler shifts. ‎Simulation results show that using the proposed methods for finding matched filters leads to better peak sidelobe‎ ‎level and integrated sidelobe level for binary and polyphase codes compared to previous works‎. ‎In addition‎, ‎the mismatched filters designed by the proposed methods have very low peak sidelobe level in‎ ‎the binary and polyphase cases‎.https://www.radioeng.cz/fulltexts/2021/21_02_0388_0395.pdfmatched filter‎‎mismatched filter‎‎peak sidelobe level‎‎loss in processing gain‎‎doppler robustness
spellingShingle M. M. Pishrow
J. Abouei
H. Ghaferi
Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
Radioengineering
matched filter‎
‎mismatched filter‎
‎peak sidelobe level‎
‎loss in processing gain‎
‎doppler robustness
title Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
title_full Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
title_fullStr Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
title_full_unstemmed Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
title_short Design of Matched and Mismatched Filters Based on Peak Sidelobe Level Minimization
title_sort design of matched and mismatched filters based on peak sidelobe level minimization
topic matched filter‎
‎mismatched filter‎
‎peak sidelobe level‎
‎loss in processing gain‎
‎doppler robustness
url https://www.radioeng.cz/fulltexts/2021/21_02_0388_0395.pdf
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AT jabouei designofmatchedandmismatchedfiltersbasedonpeaksidelobelevelminimization
AT hghaferi designofmatchedandmismatchedfiltersbasedonpeaksidelobelevelminimization