Transactional synthesis

Transactional synthesis ( Transakční syntéza Metila) is a scientific paradigm and a theory that combines computational, psychosocial and cultural paradigms created by Gustav Mistrík. The Transactional synthesis is founded on the computational integration of humanistic, linguistic, psychosocial and neuroscientific approach to the processes of artificial intelligence application based on artificial neural networks. It deals mostly with interpersonal communication and its connection with machine interactions, in particular with artificial intelligence and robots.

History[edit]

Gustav Mistrík, the author, has created the paradigm of the Transactional synthesis first, and then afterwards, he has developed a follow-up theory under the name: “The Transactional synthesis Metila®” (TSM), whose validity is bound to a neural network called Metila®, was established. This paradigm enables the application of mental neural models TSM in a universal environment of other neural networks. The paradigm and the theory of Transactional synthesis was published by Gustav Mistrík in a book edition under the title: "Transakční syntéza Metila"(ISBN 978-80-270-0172-9 Search this book on .) with a subtitle „21. století – Dialog se změnil“ in 2016. In 2019, an abstract and selection of chapters translated to English were published under the title "21st century – Dialogue has changed" (ISBN 978-80-270-5883-9 Search this book on .) as an e-book.

Research[edit]

Gustav Mistrík began to form the paradigm and the theory based on his basic research (2000-2008) and in the course of the authentication of the artificial neural network in practical applied research until 2018 (2000-2018). A series of mathematical models created on the platform of system dynamics, neural networks and artificial intelligence follow on from the Transactional synthesis theory.

Theorietical benefit[edit]

This publication deals primarily with interactions among people and uncovers the secret of the challenge of how to help in interconnecting the verbal understanding among people and at the same time among machines and people in a positive way. The secondary contribution of the theory of “Transactional synthesis Metila®” by Gustav Mistrík is, as emphasises the author, the possibility of using dialogue as a tool of psychosocial harmony or the other way around a tool of competition among individuals, communities and any combination of the mentioned above. Individual participants of interactions are also participants in a mental competition in which they are trying to get on the same page with the largest possible amount of people from the target audience. The competition of exercising mentality and its psychosocial motivation created by a dialogue takes place in the background of cultural and social variables, that can be modelled in an artificial neural brain. The subject of an individual’s competition is to obtain the potential of the target audience for aiming the social or society-wide cooperation. An optimal interaction leads to the superiority of certain individuals over others or over whole groups. As a result, an intrusion or taking over of social communities can happen. Because of this theory, it is nowadays possible to model social interactions of robots and then apply them to neural network learning via their adaptation to an echo chamber environment. The Transactional synthesis Metila® paradigm shows a unique way of interconnecting robotic artificial intelligence and people’s communication and human mentality resulting in creating mutual understanding. The basic unit of understanding such communication is an informational element of an artificial neuron, which is a result of the process of transactional synthesis.

Literature[edit]

Mistrík, Gustav (2016). Transakční syntéza Metila: 21. století - dialog se změnil. ISBN 978-80-270-0172-9. Search this book on

Mistrík, Gustav (2019). 21st century - Dialogue has changed. ISBN 978-80-270-5883-9. Search this book on

Spojení robotů, česká METILA a zahraniční NAO

References[edit]

http://transakcnisynteza.cz/ - the official website