International Conference on Computing, Electrical and Electronic Engineering ICCEEE on June 17-18, 2025 in Riga, Latvia

Computing, Electrical and Electronic Engineering
Electrical Engineering, Computing Science and Automatic Control
Fundamentals, Materials and Education
Electrical Materials and Process
Semiconductor Technology
High Voltage Engineering and Insulation Technology
Electronic Materials
Education and Training for Electrical Engineers

Power Systems and Energy
Power System Planning and Scheduling
Power System Protection, Operation and Control
Transmission and Distribution Systems and Apparatus
Power System Stability
Power Generation and Sustainable Environment
Power Market and Power System Economics
Power System Modeling, Simulation and Analysis
HVDC and FACTS
Electromagnetic Transients Programs (EMTP)
Wind, Solar and Renewable Energy

Electronics, Information and Control Systems
Communication Systems
Intelligent Systems and Approach
Information Technology Application
Control Theory and Application
Knowledge Management

Electrical Machines, Power Electronics and Industry Applications
Electrical Machines
Electric Drivers and Application
Electrical Traction Systems and Control
Electromagnetic and Applied Superconductivity
Industrial Process Control and Automation
Inverter and Converter Technology

Sensor and Micro-machines
Diagnosis and Sensing Systems
Micro Machines
MEMS-micro sensors and structures
MEMS-related technology

Computing Science
Mathematics for Computer Science
Numerical Analysis
Numerical Algebra
Numerical methods for ODE, PDE, FDE
Computational Geometry
Computational Fluid Dynamics
Computational Optimization
Computational Probability
Statistical Computation and Simulation
Computational Intelligence
Computational Complexity
Theoretical Computer Science
Computational Physics
Computational Biology

Automatic Control
Control Systems Design
Control Essentiality
Principles of Automatic Control
Open-loop (Feedback) Control
Advantages
Disadvantages
Closed-loop (Feedback) Control
Basic Elements of Control Loop
Components in a Typical Control System
Control Actions
Discrete Control (On/Off)
Pid Controller
Programmable Logic Controller
Examples
History of Automatic Control