Journal of
Systemics, Cybernetics and Informatics
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ISSN: 1690-4524 (Online)


Peer Reviewed Journal via three different mandatory reviewing processes, since 2006, and, from September 2020, a fourth mandatory peer-editing has been added.

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Published by
The International Institute of Informatics and Cybernetics


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Honorary Editorial Advisory Board's Chair
William Lesso (1931-2015)

Editor-in-Chief
Nagib C. Callaos


Sponsored by
The International Institute of
Informatics and Systemics

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Quantitative Endosurgery Process Analysis by Machine Learning Method
Bojan Nokovic, Andrew Lambe
(pages: 1-7)

Modelling Student Performance in a Structural Steel Graduate-Based Module: A Comparative Analysis Between K-Nearest Neighbor and Dummy Classifiers
Masengo Ilunga, Omphemetse Zimbili, Phahlani Mampilo, Agarwal Abhishek
(pages: 8-15)

Interoperable Digital Skills for Foreign Languages Education in the COVID-19 Paradigm
Rusudan Makhachashvili, Ivan Semenist, Iryna Vorotnykova
(pages: 16-20)

Education, Training and Informatics Go Hand in Hand in (Foreign) Higher Education Institutions (HEIs) – Case Studies From Live and Online Classrooms
Ekaterini Nikolarea
(pages: 21-29)

Enhancing Pedagogical and Digital Competencies Through Digital Tools: A Proposal for Semi-schooled Language Teaching Programs in Oaxaca, Mexico
José de Jesús Bautista Hernández, Eduardo Bustos Farías, Norma Patricia Maldonado Reynoso
(pages: 30-35)

Railway Track Degradation Modelling Using Finite Element Analysis: A Case Study in South Africa
Ntombela Lunga, Masengo Ilunga
(pages: 36-50)

Continuum of Academic Collaboration: Issues of Inconsistent Terminology in Multilingual Context
Cristo Leon, James Lipuma, Marcos O. Cabobianco, Maria B. Daizo
(pages: 51-62)

Peat Resource Management and Climate Change Mitigation Issues – Case of Latvia
Anita Titova, Natalja Lace
(pages: 63-70)

Using Geospatial Computation Intelligence for Mapping Temporal Evolution of Urban Built-up in Selected Areas of the Ekurhuleni Municipality, South Africa
Jo-Anne Correia, Masengo Ilunga
(pages: 71-80)

Cybernetics and Informatics of Generative AI for Transdisciplinary Communication in Education
Rusudan Makhachashvili, Ivan Semenist
(pages: 81-88)

Navigating Psychological Riptides: How Seafarers Cope and Seek Help for Mental Health Needs
Coleen Abadicio, Stella Louise Arenas, Rosette Renee Hahn, Angel Berry Maleriado, Ramon Miguel Mariano, Rodolfo Antonio Ma. Zabella, Genejane Adarlo
(pages: 89-98)


 

Abstracts

 


ABSTRACT


Multimedial Refocalizations of Attention in Digital Learning: An Interdisciplinary Model

Erzsébet Dani


Some years ago I created a digital-learning-related teaching model for higher-education purposes and called it HY-DE model (to be described in detail below) as it was based on the HYper and DEep modes of attention.1 It was meant to respond to the new learning environment of the digital world, which called for innovative teaching models. The theoretical model started from the circumstance that the communicational and information-searching as well as learning habits of what I term the “bit generations” (generations Y and Z) have changed; that students of the digital world have attained extremely high stimulus threshold, a refined sense of the visual, and can be characterized by an emphatic presence of hyper attention. The model works with manipulating the phases of hyper and deep attention with the help of the digital environment: starting out from the hyper phase, attention is gradually steered towards the deep phase, where serious learning can take place.

The modeled process is multidisciplinary as it comprises several disciplines. The semantic networks of the individual disciplines (discipline [=a branch of science], discipline [=rules, regulation, rigor], and disciple [=pupil, follower, student]) are all there in the way the HY-DE model operates. They refer simultaneously to research area, regulation of research (inclusive of normative methodological rigor), and teaching, which introduces the student into the terminology and methodology of the given research area. The involved disciplines transgress their boundaries, though, exerting their combined effect through a division of labor as it were (Barry, Born, & Weszkalnys, 2008). Thus self-contained disciplines transcend their own constraints to attain HY-DE objectives in synergy, yielding a new pattern of learning and more effective teaching.

It is in the affinity and interface of the various independent disciplines, subdisciplines, and branches of learning where interdisciplinarity develops, in which the theory of the method is grounded. I availed myself of the research methodology, terminology, and relevant research results of psychology, cognitive psychology, brain research, philosophy, narratology, pedagogy, digital pedagogy, reading research, sociology, learning theory, educational assessment and measurement, digital literacy, and applied informatics. Some of these areas are interdisciplinary in themselves. Thus my model can be regarded as based on multi/interdiscilinarity, doubly or even several times over.

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