Simulation of Moving Target Indication Radar System Based on VisSim/Comm Application

Keywords: MTI Radar, Pulse Doppler Radars, Signal Processing, n-Delay line canceller (n-DLC), Multiple PRF

Abstract

Moving target indication (MTI) is mainly designed to detect moving targets and while unmoving targets are filtered out. It focuses on the technique of the modern stationary target indication (STI), by using directly the signal details to determine the reflecting object’s mechanical properties, after that it becomes easier to find moving or non-moving targets. This paper presents the simulation design of the MTI radar system. The main purpose of this design is to help students in understanding the radar system subject and help teachers to explain this subject in a simpler approach. Both students and teachers need to know how the signals inside the MTI radar processor are working and how they are generated and related to each other. This paper introduces a method of simulation of MTI radar signals including, A-scope radar display, transmitted and returned radar pulses with constant and multiple PRF, n-delay line cancellers.

Downloads

Download data is not yet available.

Author Biography

Husham J. Ahmad, Department of Communication and Computer Engineering, Cihan University-Erbil, Kurdistan Region, Iraq

lecturer at the Department of Communication and Computer Engineering, Faculty of Engineering, Cihan University-Erbil.

References

M. Skolnik. Introduction to Radar systems. IEEE Aerospace and Electronic Systems ‎Magazine, 16(10), pp.19-19. 2001.‎

H.J. Alqaysi, and G.A. QasMarrogy, G.A. Performance Analysis of Video Streaming ‎Application Over Manets Routing Protocols. International Journal of Research in ‎Computer Applications and Robotics, 3, pp.22-28. 2015.‎

K. Ranney, K. Gallagher, D. Galanos, A. Hedden, R. Cutitta, S. Freeman, C. Dietlein, B. ‎Kirk, B. and R. Narayanan. May. Software-defined radar: recent experiments and results. ‎In Radar Sensor Technology XXII (Vol. 10633, p. 106331E). International Society for ‎Optics and Photonics. 2018. ‎

T.D. Ridder, and R.M. Narayanan. Operational reliability of a moving target indication ‎‎(MTI) radar. In Radar Sensor Technology XXIV (Vol. 11408, p. 114080Z). International ‎Society for Optics and Photonics. 2020.‎

G. QasMarrogy. Evaluation of Flying Ad Hoc Network Topologies, Mobility Models, ‎and IEEE Standards for Different Video Applications. Aro-The Scientific Journal Of ‎Koya University, 9(1), pp.77-88. 2021.‎

M.I. Skolnik. Radar handbook 2nd ed.1990‎.

D.K. Barton. Modern radar system analysis. Norwood. ‎1988. ‎

M. Skolnik. Opportunities in radar-2002. Electronics & communication engineering ‎journal, 14(6), pp.263-272. 2002.‎

A. Farina. Introduction to radar signal and data processing: the opportunity. Selex Sistemi ‎Integrati Rome (Italy). 2006. ‎

Published
2021-10-30
How to Cite
1.
QasMarrogy G, Ahmad H. Simulation of Moving Target Indication Radar System Based on VisSim/Comm Application. cuesj [Internet]. 30Oct.2021 [cited 7Dec.2021];5(2):38-5. Available from: https://journals.cihanuniversity.edu.iq/index.php/cuesj/article/view/383
Section
Research Article