Syllabus

MODULE-I: Experimental study on techniques of basic radar measurements, [6 Hours]

MODULE-II: Matched filtering operation, [6 Hours]

MODULE-III: Modeling of radar targets, [6]

MODULE-IV: MTI radar design, target detection in noise, [6]

MODULE-V: Estimation of bearing angle in noise, clutter modelling. [3]

MODULE-VI: Frequency modulated radar signal generation and Doppler shift Signal strength and SNR loss measurement in pulse compression, [9]

Simulation of radar target signal, clutter for analysing a system and study effectiveness of a radar system in terms of its detection and estimation accuracy.

Application of radar signal processing in radar imaging.

Performance evaluation of radar system.

Masters students will learn how to simulate a radar system and do signal processing for detection, estimation, feature extraction and recognition.

CO1: Able to learn acquisition and analysis of real world data for various RADAR measurements.
CO2: Learning on computer simulation of variety of RADAR that are being developed in present time to address the challenges of Modern and Next Generation RADAR.
CO3: Able to carry out research and development of the RADAR systems design and quality technical report preparation on the work done.
CO4: Acquire the hands-on experience on target and clutter modeling, signal generation technology, matched filtering, detection and estimation, statistical approaches of signal processing of Modern RADAR Systems.
CO5: The understanding on Modern RADAR system handling is attractive to industry applications as military, airport, mining and Indian Meteorological Department (IMD), etc.

M.A. Richards et al,, Principles of Modern Radar, Basic Principles Vol. 1,1st edition,, SciTech , 2010