VOLUME 9 ISSUE 6, 2023

1.

COMPARATIVE ANALYSIS OF MODIFIED SHE-PSO PWM AND LS-PWM TECHNIQUES

Authors: V. Ramu, Dr. P. Satish Kumar, Dr. G.N. Srinivas

Published: June 2023
Pages: 01-11
DOI: 10.23586/ij2023/V9.004963
Abstract
Abstract

To address the issues of the multilevel inverters with better performance and efficiency there has been increased advancements with level shift PWM technique. The paper deals with the analysis of some such advancements like particle swarm optimization techniques and is contrasted to pulse width modulation technique in terms of total harmonic reduction, feasibility, switching pattern of PWM techniques and efficiency. Due to the conventional PWM techniques the complexity of the increased number of elements and harmonics can be reduced with the particle swarm optimization technique and can also determine the optimized switching angles in reducing the selected harmonics. The simulations of the analysis are carried out in the Matlab and the same are presented in the paper which are indeed proved to be better for PSO in contrast to conventional PWM techniques.

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2.

Political Participation of Transgender in India

Authors: Dr. Mrs. Anjali Gaidhane

Published: June 2023
Pages: 12-16
DOI: 10.23586/ij2023/V9.004964
Abstract
Abstract

To address the issues of the multilevel inverters with better performance and efficiency there has been increased advancements with level shift PWM technique. The paper deals with the analysis of some such advancements like particle swarm optimization techniques and is contrasted to pulse width modulation technique in terms of total harmonic reduction, feasibility, switching pattern of PWM techniques and efficiency. Due to the conventional PWM techniques the complexity of the increased number of elements and harmonics can be reduced with the particle swarm optimization technique and can also determine the optimized switching angles in reducing the selected harmonics. The simulations of the analysis are carried out in the Matlab and the same are presented in the paper which are indeed proved to be better for PSO in contrast to conventional PWM techniques.

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3.

SYNTHESIS OF SOME MIXED LIGAND COMPEXES OF CADMIUM AND THEIR BIOMEDICINAL STUDIES

Authors: Nagendra Singh, Arvind Kumar

Published: June 2023
Pages: 17-29
DOI: 10.23586/ij2023/V9.004965
Abstract
Abstract

To address the issues of the multilevel inverters with better performance and efficiency there has been increased advancements with level shift PWM technique. The paper deals with the analysis of some such advancements like particle swarm optimization techniques and is contrasted to pulse width modulation technique in terms of total harmonic reduction, feasibility, switching pattern of PWM techniques and efficiency. Due to the conventional PWM techniques the complexity of the increased number of elements and harmonics can be reduced with the particle swarm optimization technique and can also determine the optimized switching angles in reducing the selected harmonics. The simulations of the analysis are carried out in the Matlab and the same are presented in the paper which are indeed proved to be better for PSO in contrast to conventional PWM techniques.

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4.

SECURING DATA IN INTERNET OF THINGS (IOT) USING CRYPTOGRAPHY AND STENOGRAPHY TECHNIQUES

Authors: ELANCHELIAN V

Published: June 2023
Pages: 30-34
DOI: 10.23586/ij2023/V9.004966
Abstract
Abstract

To address the issues of the multilevel inverters with better performance and efficiency there has been increased advancements with level shift PWM technique. The paper deals with the analysis of some such advancements like particle swarm optimization techniques and is contrasted to pulse width modulation technique in terms of total harmonic reduction, feasibility, switching pattern of PWM techniques and efficiency. Due to the conventional PWM techniques the complexity of the increased number of elements and harmonics can be reduced with the particle swarm optimization technique and can also determine the optimized switching angles in reducing the selected harmonics. The simulations of the analysis are carried out in the Matlab and the same are presented in the paper which are indeed proved to be better for PSO in contrast to conventional PWM techniques.

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