Journal of Robotics, Automation and Smart Systems

Assoc. prof. Ing. Milan Guzan, PhD., serves at the Technical University of Košice in the Department of Theoretical and Industrial Electrical Engineering. He holds a Ph.D. in Electrotechnics and has been active in research involving chaos-generating systems, nonlinear circuits, boundary surfaces, metrology, sensors, and particulate matter measurement. He has contributed significantly to scientific research, teaching, and conference activities.

• Linear and non-linear circuits
• Chaos generating systems
• Computing cross-sections of boundary surfaces
• Basin of attraction & search for new/coexisting attractors
• 3D modeling boundary surfaces
• Electrical measurement & metrology
• Statistics & correlation

1. Reviewer for numerous journals (Measurement, Radioengineering, Sensors, Atmosphere, etc.)
2. Reviewer for conferences (Radioelektronika, EDPE, ICECCME, CMIS, ICECET, SCYR, etc.)
3. Member of editorial boards and program committees (Microwave and Wireless Technology 2004, Electronics 2014, EDPE, MAEM 2024, etc.)
4. Invited lecture: Accurate measurement of resistance standard, 29th International Conference on Measuring Technology for Quality Control, 2020.

1. IoT Implementation in Remote Measuring Laboratory VMLab Analyses
2. Chua's singularities: great miracle in circuit theory
3. Determining the correlation between particulate matter PM10 and meteorological factors
4. The state space mystery with negative load in multiple-valued logic
5. Current-mode network structures dedicated for simulation of dynamical systems with plane continuum of equilibrium
6. Using low-cost sensors for measuring and monitoring particulate matter with a focus on fine and ultrafine particles
7. Design of motor speed controller of electronic commutation
8. Implementation of constant phase elements using low-Q band-pass and band-reject filtering sections
9. Variations of boundary surface in Chua’s circuit
10. The control of a memory cell with the multiple stable states
11. Boundary surface of a ternary memory in the absence of limit cycles
12. Boundary surface of Chua's circuit in 3D state space
13. GPS cycle computer
14. Boundary surfaces of one-port memories
15. Parallelizing boundary surface computation of Chua's circuit
16. Analysis of 6 (4)-valued memory
17. Boundary Surface and Load Plane of the Ternary Memory
18. The state space mystery in multiplevalued logic circuit with load plane – Part I
19. Grafana as a visualization tool for measurements
20. Application of Excel in three-phase circuit analysis
21. Electric charge transport anomalies in holmium and thulium thin films at low temperatures
22. Element of singularity is a key to laws of chaos
23. The state space mystery with virtual saddle point in memory cell
24. Measurement of particulate matter: Principles and options of measurement at present
25. Visualization of chaos
26. The use of time series database in measurements
27. Measuring particulate matter (PM) using SPS30
28. Remote Microcontroller Scanner Design for STM32 Microcontrollers Used in Distance Education Form
29. Simulation of the Chua's circuit with audio output