Orbital Angular Momentum and Spin Angular Momentum New Method for Radar Imaging with Wavelet Transforms

Abstract

Orbital angular momentum in this paper is being proposed as a new application basis for radar imaging. The orbital angular momentum due to the polarization in the traditional communication system in time domain and frequency domain introduces extra advantages. Orbital angular momentum (OAM) can combine multiple free space radio communication channels and it can transform a single carrier frequency in radio communication to radar imaging. In wireless communication, people utilize this technology against fading and to improve the reliability of communication enhancing signal quality at receiver section of a radar with OAM based signal. In this paper using quantum optics, mathematical equations are simulated for OAM waves and its wavelet transforms are introduced for imaging. The Wavelets Transform simulation model results validate the performance of polarization with improve resolution, and signal strength for imaging in radar.