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The aims: Providing a suitable platform for the educated researchers to present the results of their researches and scientific achievements through publication of scientific and research journals indicates development and scientific production in any country. Accordingly, AUT Electrical Engineering Journal which attempts to publish up-to-date , innovative, authentic and fruitful researches in the fields related to electrical engineering follows the following aims:
The vision: AUT Electrical Engineering Journal which has been publishing and enriching the articles based on their scientific depth, innovation, authenticity and ethics, aims at turning into an international journal with high scientific validity in the next five years (until 1401 in the solar calendar) and be indexed in valid international databases with a considerable impact factor. This matter will not only result in the active presence of the journal in scientific databases, but also it will result in the development of our country’s scientific products in the fields related to electrical engineering on an international scale. Effort to create an international editorial board, publication of articles by non-Iranian researchers from other countries and active presence in scientific research communities indicate the future position of the journal. AUT Electrical Engineering Journal is currently being published biannually both printed and online with the purpose of creating a suitable platform for expressing and publishing scientific researches to improve understanding of the main and related subjects in different electrical engineering fields. This journal contains analytical and experimental researches in a wide range of electrical engineering subjects including electronics, telecommunications, control engineering, power engineering, computer engineering and biomedical engineering. This scientific research journal welcomes all authentic and up-to-date articles containing innovative ideas and results after effective reviews with the help of expert reviewers in the field of electrical engineering. The journal fields of interest are the following:
Detailed subject areas may include, but are not limited to the following fields: 1. Bioelectric Bioinstrumentation BioMEMS Biosignal Processing Bioelectromagnetics Bioelectromagnetism Medical Imaging and processing Pattern recognition Neural Systems and Engineering Orthopedic Bioengineering Rehabilitation Engineering Robotics in Surgery Systems biology Electrophysiology Biological System Control Biomedical sensors Biomedical Data Mining Optics Magnetic, Biomagnetic and Bioelectric Devices Chaos & Applications Integration of Implantable Medical Devices Ultrasound: Diagnostic and Interventional Computational Neuroscience Bioelectronics Image Processing Brain-computer interface Bio-Measurement Functional electrical stimulation Computational Intelligence Neuromuscular control Laser Biophysics Radiology MRI imaging Communication bio systems
2. Communications (Fields) Microwave Passive Structures Microwave Active Circuits Millimeter –wave circuits Antennas Nano Antenna Propagation and Scattering Radars Numerical Technique in Electromagnetic RFIC & MMIC Microwave Photonics Microwave Measurements Microwave Systems Device Modeling Remote sensing Terahertz Theory and Technology Plasmonics Theory and Technology Optics and Integrated Optics MEMS theory and technology Metamaterial Electronic Warfare EMC/EMI Computational Electromagnetics Optical fibers Applied Electromagnetics Satellite links 3.Communications (Systems) Wireless Communications Mobile communication Mobile Ad-Hoc Networks Spread Spectrum Systems Cellular Communications Wireless Sensor Networks Satellite Communications Digital communication Data Networks ATM switches Communication theory High data rate communication Cognitive Radio Network MIMO and Co-operative Communications Information and Detection Theory Health Information Systems Information technology Channel and Source Coding Signal detection Estimation CDMA Encryption Speech Processing Image Processing Signal Processing Radar signal processing Radars and Sonars Electronics Warfare Optical Communications Neural Networks Communication Software & Services Array processing Smart Antenna MIMO-OFDM systems Relay Network security Pattern Recognition Parallel processing Wavelet and its applications Image and video coding Adaptive systems Adaptive filters Blind Source Separation Resource allocation Statistics Error Control Coding Theory Network Traffic Modeling (Application Based) Spectrum management Multimedia communication RFID
4.Computer (Software and IT) Computer Architecture Artificial Intelligence Computation and Language Computational Complexity Computational Engineering, Finance, and Science Computational Geometry Computer Science and Game Theory Computer Vision and Pattern Recognition Computers and Society Cryptography and Security Data Structures and Algorithms Databases Digital Libraries Discrete Mathematics Distributed, Parallel, and Cluster Computing Formal Languages and Automata Theory General Literature Graphics Human-Computer Interaction Information Retrieval Learning Logic in Computer Science Mathematical Software Multiagent Systems Multimedia Multimedia security Networking and Internet Architecture Neural and Evolutionary Computing Operating Systems Performance Programming Languages Image Compression
5.Control Optimal Control Robust and Adaptive Control Nonlinear and Stochastic Control Modeling and Identification Robotics Control and Intellection System Artificial Intellection and Expert Fuzzy Logic and Neural Network System Computational Intelligence and export systems Instrumentation Automation and Industrial Control.
6.Electronics(Analog) Analog and mixed-signal circuits and systems RFIC for wireless and wired communications Analog-to-digital and digital-to-analog converters Discrete-time and continuous-time integrated filters Clock and data recovery circuits High-speed optoelectronic circuits and systems Integrated circuits and systems for biomedical applications Digital VLSI circuits CAD for analog circuits design Device modeling and simulation techniques for analog circuits Semiconductor theory and technology Photonics theory and technology Laser theory and technology Plasmonics theory and technology MEMS theory and technology Sensors Nano Technology Instrumentation Fuzzy Logic and Neural Network System Computer Architecture Microelectronics Power Electronics Machine Vision Analysis and Modeling of Digital System Thin Film Graphene Based Electronics Solar Energy Robotics Optics and Integrated Optics Data Networks Integrated circuits and systems
7. Electronics- Computer- (Digital) VLSI Design and Test Multimedia Digital Electronics Artificial Neural Networks Pattern Recognition and Image Processing Computer Network and Internet Embedded System Mobile Computing and Applications Network Performance; Protocols Microprocessor based Technologies Networking theory and technologies Digital Security Open Models and Architectures Pattern Recognition Micro Machines Real-time information systems Signal Control System & Processing Speech interface; Speech processing Knowledge-Based Systems VLSI Algorithms software technology and tools Instrumentation Neural and evolutionary computing Computer Science and Technology
8.Power (Machines) Electric machines, analysis, design, measurement and control. Solid-state control of electric machine drives Power electronics converters, circuit, device measurement and control. Electromagnetic fields in energy converters Electrical Engineering Materials High Voltage Insulation Technologies High Voltage Apparatuses Lightning Detection and Protection Power Measurements and Characterization Harmonics. Electric and hybrid vehicles Electric Drivers Magnetic materials EMC/EMI
9.Power (Systems) Power Generation Power Transmission Power Distribution Power Electronics Power Quality Power Economic Power System planning and control HVDC and FACTS Renewable Energy Reliability and continuity of supply Smart-grid and micro-grid technologies PLCs/SCADA/DCS/automation Power protection Power Software and Services Distributed Generation (DG) Power plant |
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