A Study on Scilab Free and Open Source Programming for Antenna Array Design | IEEE Conference Publication | IEEE Xplore

A Study on Scilab Free and Open Source Programming for Antenna Array Design


Abstract:

Usage of free and open source software has quietly increased in the scientific and academic community from the last few years. This study paper provides Scilab free and o...Show More

Abstract:

Usage of free and open source software has quietly increased in the scientific and academic community from the last few years. This study paper provides Scilab free and open source program example for the design of antenna arrays. A heptagonal antenna array has been considered and designed using Scilab programming. These results are compared with the same array antenna but implemented by the commercial software. Comparative analysis of array factor properies and how this software will be more opt for the academia has discussed in this paper.
Date of Conference: 09-12 September 2020
Date Added to IEEE Xplore: 08 October 2020
ISBN Information:
Conference Location: Vancouver, BC, Canada
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I. Introduction

Open source software tools are the best solutions for the academia and research industries. Developing open source laboratory and research tools plays a vital role and they are need of the hour in this pandemic(COVID-19) situation across the globe. Various open source tools has been developing for different engineering and numerical applications. Especially commercial electromagnetic simulators imposes much financial burdens to academic institutions of the developing and underdeveloped countries, for such cases the open source simulating tools are absolutely a boon for the research communities and specially for individual students. In the way to find the solutions for electromagnetic problems using open source tools, this paper concentrated on a preliminary study on Scilab programming for the design of antenna arrays. Actually Scilab programming is entirely bestowed with a great programming language whose syntax is simple to employ and has all characteristics of a high level programming [1]. Owing to this advantage Scilab software is widely used in various fields of engineering. Merits of using Xcos and Scilab in the design of RC filter rather than simulink and matlab has discussed in [2], authors of this article appreciated that the Scilab syntax is available in their local language. Fiber optic communication tool box has been developed using Scilab. Few selected modules of this tool box are electrical filters, measuring instruments, signal sources, optical sources, components, measuring instruments, amplifiers, modulators, etc [3].

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