Cyril Pshenichny

Cyril Pshenichny is the Geognosis Project leader and an Assistant Professor at the Department of Computer System Design and Security, ITMO University. His PhD defended in 1998 was on composition and history of ancient volcanic rocks. His research path brought him to the issues of artificial intelligence and knowledge engineering from the geoscience, where he first developed the method of event bush now acquiring much wider application. He has authored and coauthored dozens of research papers, gave lectures and conducted seminars throughout the world. Currently, he is a co-editor of the Collaborative Knowledge in Scientific Research Networks monograph to be published by IGI Global.

Publications

Dynamic Knowledge Representation in Scientific Domains
Dynamic Knowledge Representation in Scientific Domains
Cyril Pshenichny, Paolo Diviacco, Dmitry Mouromtsev. © 2018. 397 pages.
The main approach to understanding and creating knowledge engineering concepts is static knowledge. Currently, there is a need to approach knowledge through a dynamic lens and...
Theory of Multitudes as an Alternative to the Set Theory
Theory of Multitudes as an Alternative to the Set Theory
Cyril Pshenichny. © 2018. 31 pages.
The initial goal of the research reported in this chapter was to develop an extension of the set theory able to handle the meanings of concepts. However, this purpose led not to...
Qualitative and Quantitative Formalisms for Knowledge Representation in the Theory of Multitudes
Qualitative and Quantitative Formalisms for Knowledge Representation in the Theory of Multitudes
Cyril Pshenichny. © 2018. 44 pages.
The theory of multitudes pretends to be an alternative to virtually all existing versions of the set theory and claims to better handle the knowledge about changing and evolving...
Conceptualization of the Dike Distribution Analysis Aiming at Identification of Eruptive Centers
Conceptualization of the Dike Distribution Analysis Aiming at Identification of Eruptive Centers
Sophie Koneva, Cyril Pshenichny. © 2018. 36 pages.
Formation of dikes is typical for most of the volcanic centers. Different types of eruptive centers tend to create different patterns of dike distribution by strike. Looking at...
Modeling of Geological Evolution of the Gulf of Mannar Area, South India, by the Event Bush Method
Modeling of Geological Evolution of the Gulf of Mannar Area, South India, by the Event Bush Method
Biju Longhinos, Cyril Pshenichny, Vladimir Anokhin, Jijoy Joseph, Sophie Koneva, Teena Chauhan. © 2018. 60 pages.
The geological record is never completely available for observation. However, we have to query it – first to suggest or select and then to verify our hypotheses of the geological...
Collaborative Knowledge in Scientific Research Networks
Collaborative Knowledge in Scientific Research Networks
Paolo Diviacco, Peter Fox, Cyril Pshenichny, Adam Leadbetter. © 2015. 461 pages.
Research inherently requires collaborative efforts between individuals, databases, and institutions. However, the systems that enable such interpersonal cooperation must be...
Grammar of Dynamic Knowledge for Collaborative Knowledge Engineering and Representation
Grammar of Dynamic Knowledge for Collaborative Knowledge Engineering and Representation
Cyril Pshenichny, Dmitry Mouromtsev. © 2015. 28 pages.
Constructive discussion must lead to a shared understanding. This understanding is commonly expressed as text; however, for the purposes of collaborative research, the tools of...