The Journal of Electrical and Computer Engineering Innovations (JECEI) is a peer reviewed international journal publishing high quality papers dedicated to all aspects of Electrical Engineering, Computer Engineering, and Computer Science. The journal covers but not limited to the following subjects:
- COMMUNICATIONS and TELECOMMUNICATIONS ENGINEERING
- CONTROL ENGINEERING
- ELECTRONICS ENGINEERING
- POWER ENGINEERING
- COMPUTER ENGINEERING (SOFTWARE and HARDWARE)
- COMPUTER SCIENCE
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ELECTRONICS ENGINEERING |
COMMUNICATIONS (TELECOMMUNICATIONS) ENGINEERING |
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· ADC and DAC |
· Antenna and wave propagation |
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· Analog/Digital circuits |
· Cellular and relay-based networks |
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· Biomechanics and rehabilitation engineering |
· Channel estimation |
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· Biomedical imaging and image processing |
· Cognitive radio |
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· Biomedical signal processing |
· Communication electronics and microwave |
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· Biomedical transducers and instrumentation |
· Communication network and systems |
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· Design and implementation of application specific integrated circuits |
· Cooperative networks |
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· Digital signal and data Processing |
· Data communication |
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· Electronic materials |
· Distributed platform |
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· Medical imaging equipment and techniques |
· Information theory and coding |
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· MEMS and NEMS |
· Information theory and its applications (coding and cryptography) |
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· Microelectronic system |
· MIMO communications |
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· Nano-photonics |
· Modulation and signal processing for telecommunication |
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· Optoelectronics |
· Next generation networks |
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· Sensors |
· Radar imaging |
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· System-on-a-Chip (SoC) |
· Radio communication |
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· VLSI Design |
· Satellite communications |
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POWER ENGINEERING |
· Sensor networks |
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· Electric power generation |
· Software based radio |
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· Electric traction |
· Telematics services and security network |
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· Electrical engineering materials |
· Theory of Electromagnetic |
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· Electrical measurements |
· Wireless and mobile communications |
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· Electromagnetic compatibility |
COMPUTER ENGINEERING/COMPUTER SCIENCE |
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· FACTS |
Computer Science and Software Engineering |
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· Generation and Network Planning |
· Algorithms and Heuristics |
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· High voltage apparatuses |
· Automata Theory |
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· High voltage insulation technologies |
· Computational Complexity |
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· Lightning detection and protection |
· Computational Geometry |
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· Long and Short Term Operation |
· Data and Code Processing |
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· Power economic |
· Data Management Systems |
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· Power electronics |
· Formal Languages |
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· Power quality |
· Formal Logics |
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· Power system analysis |
· Languages and Environments |
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· Reliability |
· Processes, Methodologies, and Modeling |
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· Renewable energy |
· Semantics of Programming Languages |
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· SCADA |
· Software Validation and Verification |
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· Transmission and distribution
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· System and Software Development |
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CONTROL ENGINEERING |
· Theory of Computation |
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Control Theory |
· Visualization and User Interfacing |
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· Adaptive control |
· Special Topics in Computer Science and Software Engineering |
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· Control theory |
Soft Computing and Artificial Intelligence |
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· Digital control |
· Artificial Intelligence and Machine Learning |
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· Fuzzy control |
· Business Intelligence |
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· Intelligent control |
· Cognitive Neuroscience |
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· Model predictive control |
· Computational Neuroscience |
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· Neural networks |
· Data Mining |
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· Nonlinear control |
· Data Engineering |
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· Optimal control |
· Data and Knowledge Level Modeling |
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· Vision-based control |
· Data Warehousing |
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System Properties |
· Decision Support Systems |
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· BIBO stability |
· Distributed Artificial Intelligence |
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· Controllability |
· Fuzzy Systems |
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· Exponential stability |
· Knowledge Based Management Systems |
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· Input-to-state (ISS) stability |
· Knowledge Discovery in Data |
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· Lyapunov stability (i.e., asymptotic stability) |
· Machine Vision and Image Processing |
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· Marginal stability |
· Natural Language Processing |
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· Negative feedback |
· Neural Networks |
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· Observability |
· Pattern Recognition |
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· Performance evaluation |
· Robotics |
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· Positive feedback |
· Signal and Voice Processing |
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System Modeling |
· Soft Computing |
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· Artificial neural networks |
· Special Topics in Soft Computing and Artificial Intelligence |
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· First principles modeling |
Computer Networks and Distributed Systems |
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· Least squares |
· Data Communication |
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· Observed 3D scenes |
· Internet, Grid, and Cluster Computing |
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· Sensor or camera calibration |
· Modeling and Evaluation of Computer Networks |
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· State observer |
· Network Protocols |
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· System identification |
· Network Security |
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Controllers |
· Next Generation Networks |
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· Closed-loop controller |
· Parallel and Distributed Processing |
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· Embedded controller |
· Wireless, Ad Hoc, and Sensor Networks |
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· PID controller |
· Special Topics in Computer Networks and Distributed Systems |
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· Programmable logic controller |
Computer Architecture and Digital Systems |
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· Vision-augmented controller |
· Arithmetic Systems |
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Control Applications |
· Computer Architecture |
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· Distributed Control System |
· Dependable and Fault-Tolerant Systems |
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· Industrial Control Systems |
· Embedded and Real-time Systems |
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· Mechatronics |
· Reconfigurable Systems |
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· Motion control |
· Testing of Digital Systems |
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· Multi-Sensor Control Systems (cameras, IMUs, laser range finders, …) |
· Very Large Scale Integrated Circuits |
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· Process Control |
· Special Topics in Computer Architecture and Digital Systems |
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· Supervisory control (SCADA) |
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