Naslov
Quantum Mind Breeder

Autori
Souček, Branko ; Abbattista, Fabio ; Bellifemine, Francesco ; Dalbis, Donato

Izvornik
Periodicum biologorum (0031-5362) 100 (1998), 2; 211-216

Vrsta, podvrsta i kategorija rada
Radovi u časopisima, članak, znanstveni

Ključne riječi
mind; quantum mind; brain; mind-brain link; evoked potential; neurodiagnoses; quantum mind theory; mind-computer interface; mind reading machines; primary oscillator; primary code; primary symbol; intelligent agent

Sažetak
Background and purpose: The Quantum Mind Breeder, QM, is a fine grain computing structure that directly emulates some of the functions of animal and human mind. This work presents the creation of the QM structure that emulates the generation of Evoked Potentials, EP. Materials and methods: QM system combines 4 groups of techniques: Analytical, Machine Learning, Personal judgement, graphic interaction. The response of QM has been compared with the experimentally observed evoked potential: in human, after short auditory stimulation ; in human, after the stimulation with the verbal stimuli ; in mice and wistar rats after short electrical pulse stimulation. Results: QM structure is based on the Quantum Mind Theory, with the focus on the Primary Oscillators, PO. Each PO defines the basic timing and behavior of an agent, or oscillator. Flocks of agents operate in parallel and sequentially. The EP record represents the filtered self organized activity of a large set of these individual agents or oscillators. Conclusion: Using the Evolution and Association breeder, EVA, the highly fit individual QM structure is found. QM responds to the received stimulus in the same way as a natural brain. QM generated Eps are presented, related to healthy and diabetic rodents ; normal and sclerotic patients ; verbal stimulation and perception. Applications: Biomedical research ; clinical diagnoses ; drug testing ; QM computing systems ; man-machine interfaces ; self-organized media ; data compression in Internet browsing.

Izvorni jezik
Engleski

Znanstvena područja
Matematika

POVEZANOST RADA