Wireless Communication and Radar

Modern devices and electronic gadgets owe their existence due to technology advancement in key areas of Electromagnetics and RF/Microwave Engineering. Modern radio sets & radio broadcasting, real time video transmission through satellites, speed monitoring radars to space borne imaging radars, sophisticated avionics to what has become a necessity of contemporary times, cellular communications all stem from advancement in RF & Microwave Engineering.

The Wireless Communication and Radar track of IBCAST offers a broad coverage of topics related to RF & Microwave technology making it a premier event in this area for scientific and educational community. Our endeavor is to promote research and bring academia and industry closer to bridge the technology gap.

This track also provides technology coverage related to modern radar systems. Topics related to systems and applications are covered.

Quality papers reporting novel solutions on the following topics are invited:

Radar :

• AESA Radar
• Radar Performance Modeling / Measurement
Radar Signal Processing (Algorithms & hardware)
• Phased Array Radar Calibration
• Multifunction Phased Array Radar
• Bistatic / Multi-static Radars
• Analog / Digital Beam Forming
• Ultra Wide Band Radar
• Ground Penetrating Radar (GPR)
• MIMO Radars
• Synthetic Aperture Radars SAR/ ISAR
• Space Time Adaptive Processing (STAP)
• RF & Microwave Circuit Design
• RFICs & MMICs
• Reconfigurable Front-ends
• Active / Passive Device Modeling and Circuits
• Computational Electromagnetics
• Radio Imaging including mm-wave and THz Imaging Systems
• RCS Reduction / Stealth Design
• Antenna Design
• Near Field & Far Field Antenna Characterization
• EMC/EMI

Wireless Communication :

• Software defined Radios
• Satellite & Space Communication
• Emerging Wireless Mobile Applications
• Network Centric Warfare
• Electromagnetic Scattering, Channel / Interference Modeling
• Adhoc Networks
• Wireless Technologies in Electro Medical Devices
• Metamaterials, FSSs and Electromagnetic
• Bandgap Structures
• Communication Systems Simulation
• Integrated Transceivers
• Wireless Power Transfer and Energy Harvesting
• Smart Antennas
• MIMO Systems
• Antenna Systems: Theory, Modeling and Measurement
• IoT near Body Communication

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