The Signals, Systems, decision & Information Technology Conference SSD03 will provide a forum for theoretical, applied and industrial researchers, and other academic experts to exchange ideas, share experiences, promote technological products, and address the important issue of the application of advanced topics in electrical and computer engineering. <b>Keywords:</b> Systems Analysis and Automatic Control (SAC)<br>System Design, Simulation and Modeling, Control Theory, Adaptive Control, Predictive Control, Optimal Control, Robust Control, Neural Control, Fuzzy Logic Control, Genetic Algorithms, System Identification, Model Reduction, Pole Placement Control, Computer Control, Expert and Knowledge Based Systems, Nonlinear Systems, Stochastic Systems, Time Varying Systems, Large Scale Systems, Multi–Variable and Decentralized Control, Variable Structure Systems, Robotic Systems.<br>Power Electrical Systems (PES)<br>Electrical Machines, Power Electronic Converters, Variable Speed Drives, Power Systems, Transformers, Renewable Energy Generation, Automotive Electrical Systems, Inductive Energy Tranfer, Monitoring and Diagnostics, Electromagnetic Compatibility, Mechatronics, Advanced Materials.<br>Communication, Information Technology & Computer Engineering (CIT)<br>Keywords: Light–weight Languages for High Level Specification, System–on–a–Chip Architectures/Compilers, Novel Architectures and Micro–Architectures, Reconfigurable or Adaptive Computing Systems, Automated Design and Synthesis of Application– or Domain–Specific Processors, Research Infrastructure Development for Embedded Systems, Emerging Domains Including System on Chip. Fuzzy Expert Systems, Neural–Fuzzy–Genetic Systems, Hybrid Systems for Optimisation, Signal and Image Processing, Data Fusion and Mining, Knowledge Discovery, Intelligent Information Systems, Parallel Computing applications in Identification & Control, Decision Analysis, Intelligent Databases & Information Retrieval, Qualitative and Approximate–Reasoning Modelling Pattern Recognition, Clustering, Classification, mechatronics, telematics, e–learning.<br>Devices, Circuits & Systems (DCS)<br>Keywords: Device Characterisation and Modelling, Device Physics and Novel Structures, Process Technology (CMOS, BJT, BiCMOS, GaAs), Custom and Semi–Custom Circuits (Design Concepts, Architectures and High–Performance and Low–Power Circuits), Digital Signal and Data Processing, Analog Circuit Techniques, Design for Testability, Low–Voltage, Low–Power VLSI Design, Applications to Computer and Telecommunications Systems, ANN Applications, Wireless, Communication Applications, Test (Generation, Testability, Build–in test, Simulation), Opto–Electronics, Micromachines, Self–test, Telemetry Sensors and Systems, Prosthesis, Neural Prosthesis.<br>Sensors & Instrumentation Systems (SIS)<br>Keywords: Fundamentals and Physics, Physical and Chemical Effects, Self Test, Fault Tolerance, System Diagnosis, Simulation and Design, Signal Processing, Calibration and Quality Assurance, Sensors and Transducer Design, Optical Sensors, Chemico–Sensors, Biomedical Sensors, Biomedical Instrumentation Systems, Telemetry Sensors and Systems, Protheses, Neural Protheses, Mechanical Sensors, Thermal Sensors, Magnetic Sensors, Interface Electronics and Communication, Sensor Applications, Automobile Applications, Smart Home, Smart Sensors and Actuator Systems, Life Sciences, Environmental Applications.
Abbrevation
SSD
City
Sousse
Country
Tunisia
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