The aim of the Journal of Electrical, Control and Communication Engineering of Riga Technical University (RTU-ECCE Journal) is to provide an on-line forum for scientific discussions and feedbacks from the scientific society to particular scientists from all over the world on their later scientific achievements in the below mentioned fields. The journal considers publication of all authors, but gives preference to the post-conference papers after one of the following events (International Scientific Conferences on Power and Electrical Engineering of Riga Technical University - RTUCON, Workshops on Advances in Information, Electronic and Electrical Engineering – AIEEE, International Doctoral School of Electrical Energy Conversion and Saving Technologies of Riga Technical University, Doctoral School of Energy and Geotechnology of TalTech), as well as the papers recommended by section editors of the journal. The submissions are reviewed, edited and published in the mentioned priority order.

The scope of RTU-ECCE journal includes (but not limited to) the following areas:

• Electrical Engineering and Power Electronics:

1)    Electrical machines, Apparatus, Drives, Motion Control and Robotics;

2)    Components, Design and Application of Power Electronic Converters;

3)    Electromagnetic Compatibility and Interference of Electrical Equipment;

4)    Electrical Materials, Reliability and Diagnostics;

5)    Medical and other Bio-contact Electrical Equipment.

• Power and Energy Systems:

1)    Power System Control, Automation, Stability and Protection;

2)    Power Quality and Reliability;

3)    Power Plants, Renewable and Distributed Energy Systems;

4)    Power System Planning, Management, Economic Evaluation and Risk Assessment;

5)    Electricity Market;

6)    Smart Grids & Microgrids.

• Information Processing in the context of Electrical and Power Engineering

1)    Electronic Circuits and Systems for Control Applications;

2)    Control Theory, Analysis, Simulation and Implementation Software;

3)    Principles of Physical Transmission and Processing of Information, New Interfaces and Protocols.

• Microwave Technique and Antennas

1)    Theory, Analysis and Simulation of Microwave Technique;

2)    Software and Experimental Methods Dedicated for Microwave Equipment;

3)    Antennas, Radar Systems and other Microwave Applications.

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