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Radar Systems 

Dept/Center/Lab: Department of Electronics & Communication Engineering

School: School of Engineering

Radar Systems 

Electromagnetic Computations: We are developing techniques and algorithms to efficiently represent linear and non-linear microwave networks in Radar systems which are characterized using commercial simulators such as ADS and HFSS. Examples include mutual coupling of antenna arrays, filters, RF non-linearity etc. These models are used for further used for large scale system simulations. 

Embedded Real Time Signal Processing\: As part of this research we are looking into programming Antenna-Beam-Forming algorithms, Digital-Pre-Distortion Algorithms into embedded systems 

RCS Measurement System for Indian Navy 

Related Projects

Further Development of a Software Library to Convert Orthographic Views to a 3D Model for AutoPilot3D
Further Development of a Software Library to Convert Orthographic Views to a 3D Model for AutoPilot3D
RF Power Power Amplifiers, Microwave Circuits and Digital Power Distortion 
RF Power Power Amplifiers, Microwave Circuits and Digital Power Distortion 
A Micro-Grid Test-bed Laboratory – with a view: Transition towards Smart-Grid Knowledge Centre
A Micro-Grid Test-bed Laboratory – with a view: Transition towards Smart-Grid Knowledge Centre
Integration of AMoRA (Amrita Modular Robotic Arm) with RoboAnalyzer® for Effective Robotics Education
Integration of AMoRA (Amrita Modular Robotic Arm) with RoboAnalyzer® for Effective Robotics Education
Visible Light Communication based Local Area Network (V-LAN) Design
Visible Light Communication based Local Area Network (V-LAN) Design
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