Tomographic Image Reconstruction using Inverse Synthetic Aperture Radar Methods

Abstract

The Tomographic reconstruction of the image using Inverse Synthetic Aperture Radar Methods aims to increase the resolution over the target area. In this paper, the algorithm, theoretical study, methodology, and techniques of tomographic imaging were originally developed in the context of tomographic imaging synthetic aperture radar methods, and have been used in radar imaging system reconstruction. So, the purpose of this presentation is to explore the application of tomographic imaging techniques to learn about the target or familiarize the flight path of aircraft. Tomography image reconstruction methods have been applied to creating three-dimensional models at the range of microwave to several different applications, air defense, and moving targets. Moreover, the goal of this study is to create a comprehensive programming package to work with Inverse Synthetic Aperture Radar Systems. Design and implementation of the system to use for obtaining the form of the object and analysis have been presented. Also, of interest is the improvement in target classification performance afforded by tomographic imaging. In addition to what was mentioned, the performance and critical factors, and identifying promising areas for future research have been presented and achieved.