Site under construction - soon more detailed description and other author's R&D - practical works and implementations
(Chronogically)
Sphinx - A proprietary AI software package (domain independent systems)
It comprised the following systems:
PC-Shell – a hybrid expert system shell, strongly and fully integrated with an artificial neural network simulator.
NEURONIX – an artificial neural networks simulator.
CAKE (Computer-Aided Knowledge Engineering) – a system for computer-assisted knowledge engineering and knowledge base development.
DeTreex – an inductive system for generating decision trees with the capability of automatically creating a knowledge base for the PC-Shell expert system.
HybRex – a hybrid environment integrating the remaining components of the Sphinx AI package to develop domain-specific applications of intelligent decision support systems (IDSS).
Predyktor – a system supporting forecasting using both statistical methods and neural networks.
DialogEdytor – a program assisting in the creation of graphical user interfaces (GUI) for applications using the PC-Shell, Neuronix, and HybRex systems, enabling the design of dialog windows and widgets in a manner somewhat similar to the Visual Studio graphic editor.
DemoViewer – a tool facilitating the presentation of applications built with the other systems, without requiring knowledge of their operation.
Published (among others) in:
1. Michalik K., Selected Aspects of Multi-Level Hybrid AI Environment for Decision Support, Journal of Artificial Intelligence Studies (Special Issue), vol. 1 no. 2 (24)/2004, Akademia Podlaska, Siedlce 2004, s. 117-127.
2. Michalik K., Hybrid Expert System for Data Analysis, Proc. of the Seventh International Symposium on Applied Stochastic Models and Data Analysis (ASMDA), Dublin, June 12th-15th, 1995.
3. Michalik K., Intelligent System for Financial Analysis, [in:] SPICIS’94 – Second Singapore International Conference on Intelligent Systems, 14-17 November, Singapore 1994, pp. B129-B134.
4. Michalik K, Financial Analysis Using a Hybrid Expert System, Proc. of the Workshop “AI in Finance and Business” ECAI’94, Amsterdam, August 1994, pp. 109-114.
Aitech DSS – inteligentny system do wspomagania decyzji finansowo-ekonomicznych, w tym decyzji kredytowych w bankach oraz analiz finansowych w dużych i średnich przedsiębiorstwach. Do jego budowy użyto także opracowany przez autora pakiet sztucznej inteligencji SPHINX, w szczególności zawarte w nim następujące systemy: PC-Shell (narzędzie do tworzenia systemów ekspertowych) oraz system o nazwie HybRex.
Published (among others) in:
1. Michalik K., Intelligent Decision Support System Using the Hybrid Archtecture, Proc. of Conf. “Artificial Intelligence in Control and Management AICM’04”, (ed.) J.S. Zieliński, September 14th, Łódź 2004, pp. 101-112.
AITECH Artificial Intelligence Laboratory (1990) – założenie pierwszej tego typu w Polsce firmy specjalizującej się w rozwijaniu oprogramowania i zastosowań sztucznej inteligencji o nazwie AITECH Artificial Intelligence Laboratory.
Translator of fuzzy set manipulation language designed (both language and its translator) by author (it reached the status of research prototype)
PC-Expert - expert system shell with it's own knowledge base representation / description language and its translator
Published (among others) in:
Michalik K., PC-Expert: Szkieletowy system ekspercki w Prologu, II Ogólnopolskie Konwersatorium pt. “Sztuczna inteligencja”, red. J. Tchórzewski, Zarząd Główny Polskiego Towarzystwa Cybernetycznego, Warszawa 1987, s. 53-58.
Logos - research prototype hybrid system to experiment with selected non-classical logics and deep neural networks
Published (among others) in:
1. Michalik K., Validation and Verification of Knowledge Bases in the Context of Knowledge Management. LOGOS Reasoning System Case Study, (Eds.) J. Gołuchowski, A. Frączkiewicz-Wronka, University of Economics in Katowice, Scientific Papers Series: "Economic Studies", Katowice 2014
2. Michalik K., Mach-Król M., Temporal logic in the concept of the Logos system knowledge bases to represent knowledge in the legal domain, Annals of the College of Economic Analysis SGH Warszawa
3. Mach-Król M., Michalik K., Selected Aspects of Temporal Knowledge Engineering, (eds.) Ganzha M., Maciaszek L. A., Paprzycki M., [in:] Proc. Federated Conference on Computer Science and Information Systems 2014
MoodAnalyser - Deep Neural Network for Facial Emotion Perception in Patients Suffering from Depressive Disorder
Published (among others) in:
Michalik, K., Kucharska, K. (2020). Implementation of Deep Neural Networks in Facial Emotion Perception in Patients Suffering from Depressive Disorder: Promising Tool in the Diagnostic Process and Treatment Evaluation. In: Arai, K., Kapoor, S., Bhatia, R. (eds) Intelligent Computing. SAI 2020. Advances in Intelligent Systems and Computing, vol 1230. SPRINGER 2020, Cham. https://doi.org/10.1007/978-3-030-52243-8_14
Diagnostician MC14007: domain-dependant expert system for the diagnosis of the manufacturing process of integrated circuits in CEMI in Warsaw. I developed it in collaboration with dr. eng. Tomasz Gutt from the Institute of Electron Technology in Warsaw in 1988. The application achieved the status of the production prototype. It was the first system of this kind in the Poland.
Published (among others) in:
Gutt T., Michalik K., Eksperymentalny system ekspercki do diagnostyki procesów technologicznych MOS przy użyciu struktury próbnej, Prace Instytutu Technologii Elektronowej CEMI, zeszyt 5, PWN, Warszawa 1989, s. 81-87.
LogosXAI - The LogosXAI system is currently under further development at University WSB Merito University, branch in Chorzów/Katowice, Silesia
Published (among others) in:
1. Michalik K., XAI and Hybrid Systems: Toward a Transparent AI for Education and Beyond. Proceedings of the 2025 Intelligent Systems Conference (IntelliSys) Volume 1, Sep 2025
SPRINGER © 2025
2. Michalik K, AI for Education, Education of AI: Exploring the Role of Explainable AI (XAI) through LogosXAI. 26th International Conference, AIED 2025, Palermo, Italy, July 22–26, 2025,
SPRINGER © 2025
PMC – Simulator of a computer equipped with its own simple operating system, a translator for a subset of Assembly language instructions (IBM 360/370), and machine language. The system also demonstrated to students, among other things, the principles of CPU operation and instruction cycle processing. It allowed users to write programs both in machine language and in Assembly within the simulator environment. For many years, the system was practically used in computer science education at the University of Economics for student laboratory classes and exercises.
Published (among others) in:
Michalik K., Zastosowanie symulatora maszyny cyfrowej do komputerowego wspomagania procesu dydaktycznego, Zeszyty Metodyczne nr 3, red. W. Flakiewicz, Centralny Ośrodek Metodyczny w Warszawie, SGPiS (obecnie SGH), Warszawa 1987, s. 73-86.
Two program generators for ICL 1900 computers (and compatible ODRA 1300 series systems), used in educational practice during computer science laboratory classes. The generators were significantly easier to use than the original system software available on these computers, including, among others, loader utilities and file update programs.
