The main aims of the Journal of Research and Technology in Electrical Industry are as follows:
- Improving the scientific level in all aspects of electric power industry؛
- Assistance in publishing the scientific papers related to the subject of our journal in domestic and foreign journals؛
- Providing a suitable platform for identifying and pursuing electric power industry areas, in Iran, in need of research؛
- Publishing books and articles related to the electric power industry؛
- Improving the qualitative and quantitative use of information technology؛
- Keep the graduates up to date؛
- Expanding of artificial intelligence in electric power industry؛ and
- Exchanging information as much as possible among the university centers inside and outside Iran.
The IJRTEI journal fields of interest are the following:
- Electrical Power Engineering (Machines and Systems)
- Control Engineering
- Computer Engineering and Information Technology
- Telecommunications Engineering
- Electronic Engineering (Analog and Digital)
Detailed subject areas may include, but are not limited to the following fields:
- Electrical Power Engineering
Power system planning and operation
Power system protection and relying
Power distribution systems
Probability methods and Reliability
Power system transients
Power system dynamics and control
Power quality
Distributed generation
Smart-Grid and Micro-Grids technologies
High voltage engineering
Optimization methods in power systems
Renewable energies and storage systems
Converters and Power electronics
Electrical machines and drives
Electric and hybrid vehicles and Electrical railway
Electromagnetic fields in energy converters
- Control Engineering
Linear Systems
Nonlinear and Chaotic Systems
Discrete Systems
Robust and Adaptive Control
Optimization
Modeling and Identification
Machine Learning and Artificial Intelligence
Neural Networks and Fuzzy System
Process Control, Instrumentation and Industrial Control
Robotics
Data Analytics, Industry and Learning Systems
Control Engineering in Energy Sector
Control Engineering in Smart Cities and Smart Transportation
Control Engineering and Environment Preservation
- Computer Engineering and Information Technology
Algorithm Design and Evaluation
Complexity Analysis
Big Data Analysis
Software engineering
Software Architecture
Software Test
Software Security
Image Processing
Natural Language Processing
Voice Processing
Knowledge Engineering
Machine Learning and Pattern Recognition
Multi Agent systems
Data Mining
Mathematics
High Performance Computing (HPC)
Computer Architecture
Network Design and security
Internet & Internet of Things (IOT)
Hardware Security
Complex and social networks
Quantum Computing
All other aspects of AI, Software engineering and Hardware engineering
- Telecommunication (Field and System)
Communication Networks
Wireless Communications
Mobile Communications
Infrastructure for Next Generation Networks
Information & Communication
Optical Communications
Internet Technologies
Communication Software
Ad-Hoc
Sensing and Sensor Networks
Antenna and Microwave
Modulation and Signal Processing for Telecommunication
Information Theory and Coding
Radar Imaging
Communication Network and Systems
Telematics Services
Security Network and Radio Communication
Satellite and Space Communications
Emerging Communication Technology and Standards
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Electronic Engineering (Analog and digital)
Analog Circuits
Digital Circuits
Mixed Signal Circuits
Nonlinear Circuits and Systems
Filters and Data Conversion Circuits
RF and Wireless Circuits
Photonic and Optoelectronic Circuits
Low Power Design and VLSI Physical Design
Biomedical Circuits
Assembly and Packaging
System Test and Reliability
Electromagnetic Compatibility
Optoelectronic photonic devices
Power semiconductors, passive components and packaging technologies
Switch-mode power supplies and UPS
Advanced Technologies (i.e. MEMS and Nano-electronic Devices)
