I. Communications and Network

• Modeling & Simulation of Communication Systems

• Network Architecture & Protocol

• Optical Fiber/Microwave Communication

• Wired & Wireless Communication and Networking

• IoT (Internet of things); RFID; WPAN; ZigBee

• Modulation, Coding and Information Theory

• Satellite Communications; Ultra-Wideband; Protocols; Nano networks

• Optical Communications and Networking; Mobile Computing

• Grid, cluster and P2P computing; Pervasive/ubiquitous computing

• Web services and Internet computing; Computer and Network Security

• Cryptography; Mobile and Wireless networks security

• Optical network security

• Web, eBusiness, eCommerce, eGovernment security

II. Signal Processing (SP) and Information Technology

• Acoustic/Sonar Imaging and Techniques

• Biomedical Image Processing

• Radar SP and Imaging, SAR, ATR 

• MIMO SP for Radar

• Ground and Foliage Penetration Systems

• Signal Acquisition and Sensor Management

• DF, Emitter Location, Elint, Array Processing 

• Target Detection, Identification and Tracking 

• Data Fusion; Information Storage;

• Trusted Computing and Fault-Tolerant Computing

• Operating System; Software Engineering; Information Security

• Sensor data processing, mining, and machine learning

• Coding, compression and information theory

III. Antennas, Propagation, and Scattering

• Smart Antennas, Beamforming and MIMO

• Wave Propagation and Channel Modeling

• Wave Scattering and RCS

• NanoEM, Plasmonics, and Applications

• Metamaterials, FSS and EBG

• EM Field Theory and Numerical Techniques

• EM Interference & Compatibility, SI

• Spectrum Management and Monitoring

• RF, uWave, mmW and THz Measurements

IV. Microwave Systems, Radar, RF

• Aeronautical and Space Applications

• RFID Devices/Systems/Applications

• Automotive/Transportation Radar & Communications

• UWB and Multispectral Technologies & Systems

• Emerging System Architectures

• Modelling Techniques for RF Systems

• Radar Techniques, Systems and Applications

• Sonar Systems and Applications

• Wireless Power Transfer & Energy Harvesting

• Terahertz Systems

• Instrumentation and Measurement Techniques

• Linear Device Modeling

• Nonlinear Device Modeling

• Terahertz Devices: Electronics/Photonics/Plasmonics

• (MIMO) measurements

• Nonlinear measurement techniques

• RF packaging and package modeling

• Semiconductor devices and component modeling for RF applications

• RF MEMS and microsystems

• Microwave and millimeter-wave systems

• Radar, SAR and microwave imaging

• Electronic warfare and other military applications of RF/microwaves

• Measurement techniques for antennas, electromagnetic radiation, propagation

• Novel electromagnetic materials