Track: AI NEXT & AI Transformation
Track Organizers:
Péter Baranyi

Scope:
Coming soon

Track: Data-Driven Polytopic Modeling and Control Theories
Track Organizers:
Imre Kocsis, Attila Gilányi

Scope:
The purpose of the special track is three-fold, and accordingly, it basically announces three sections. One on theoretical background and one each on engineering and psychological applications as follows.

Session: Engineering Applications
Track Organizers:
Husam A. Neamah, Sándor Hajdu
Scope:

This Session is application-oriented and aims to introduce tensor product-based polytopic modelling and control in engineering areas that have not been attempted before.
Topics include tensor product-based:
 control of LPV systems
 disturbance observers
 condition monitoring of engineering systems
 electrical energy production
 energy distribution (power electronics network pollution)
 environmental effects (noise and other environmental pollution) modeling

Session: Theoretical Concepts
Track Organizers:
Imre Kocsis, Attila Gilányi
Scope:

Papers dealing with the theoretical background of tensor product based polytopic modeling are invited.
Topics include
 Characterization of problems that can be successfully modeled using the tensor product method. Discussion of applicability.
 Characterization of the potential results provided by the application of the tensor product method, comparison with other modeling techniques.
 Problem-specific issues in the application of the tensor product method in various fields.
 Enforcement of model-related expectations, manipulation of vertices („convex hull”), special transformations.
 Application of tensor product-based models.

Session: Cognitive Modeling
Track Organizers:
Csilla Csukonyi, Anna Sudár
Scope:

The Session goes beyond the scope of engineering modelling and expectations, papers that translate verbal psychological and emotional models established on a statistical basis into tensor product-based polytopic form.
Topics include tensor product-based modeling of:
 sports persistence
 human robot interaction
 virtual reality aspects