Providing a specialized forum to researchers and practitioners interested in radio systems and space plasma, ISRSSP′14 welcomes not only foundational contributions but also more application–oriented ones. Hence, the symposium areas are organized in two tracks, namely Foundations Track and Applications Track. Particular areas of interest within each of the mentioned tracks, are: FOUNDATIONS TRACK: (i) Radio Communication Systems and Signal Processing; (ii) Satellite Space Observations; (iii) Trans–Ionospheric Propagation; (iv) Space Plasma, Waves, and Particles; (v) Solar Power Satellite (SPS) Systems. APPLICATIONS TRACK: (vi) Radio Communication and Space Applications; (vii) SPS and Power Transmission. Hence, we welcome paper submissions from but not limited to the following areas and topics:<br>1. RADIO COMMUNICATION SYSTEMS AND SIGNAL PROCESSING<br>Information Theory, Coding, Modulation, and Detection<br>Signal Processing (in the area of Mathematical Synthesis and Analysis Optimal Processing Algorithms)<br>Signal Processing and Neural Networks<br>Signal Processing and Optical Communications<br>Spectrum and Medium Utilization, including Cognitive and Cooperative Techniques<br>Spread Spectrum Technology<br>Circuits and Systems<br>Wireless Networking<br>Radar, Radio–Localization and Navigation Systems<br>Green Communications<br>2. SATELLITE SPACE OBSERVATIONS<br>Advanced Broadcasting Observation Satellite Systems, Services and Technologies<br>Space–Based Global Observing Systems (GOS)<br>Satellite–Aided Localization Systems<br>Advances in Understanding Atmospheric Processes using Satellite Data<br>Satellite–Based Earth Observations<br>Satellite–Based Observations of the Oceans<br>3. TRANS–IONOSPHERIC PROPAGATION<br>Antennas and Propagation<br>Ionospheric and Trans–Ionospheric Radio: Systems and Techniques<br>Modeling and Measurement of Trans–Ionospheric Radar Systems<br>Synthetic Aperture Radars (SAR) & Trans–Ionospheric Radio Propagation<br>4. SPACE PLASMA, WAVES, AND PARTICLES<br>Space Plasma Physics<br>Numerical Modeling of Space Plasma<br>Non–Linear Wave and Wave Particle Interaction<br>Plasma Turbulence and Chaos<br>Spacecraft–Plasma Interaction<br>Space Plasma Simulation<br>5. SOLAR POWER SATELLITE (SPS) SYSTEMS<br>Solar Power Satellite Systems and Power Applications in Space Wireless Power Transmission<br>Microwave Power Transmission Systems and Applications<br>Antenna Theory and Development including Phased Array for Beam Forming<br>Beam Forming Theory and Algorithms<br>Retro–Directive Target Detecting and Direction–of–Arrival (DOA) Techniques<br>High Power or High Efficiency Microwave Generator or Amplifier Circuits and Systems<br>Semiconductor Developments for Microwave Power Transmission<br>Wave Propagation from Space to Ground including Ionospheric Plasma Theory and Observation<br>EMC, EMI, and Safety Issues of Microwaves and Radio Waves<br>New Systems and Applications of Wireless Power Transmission and Power in Space<br>
Abbrevation
ISRSSP
City
Ruse
Country
Bulgaria
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