Intelligent device having a mechanism of brain

The origin of intelligence is the mechanism that control of its behaviors. The animal behavior that is control by vision is intuitive. The control can be called open loop control, and it deals with the change of the real world by extracting the feature of the data captured intermittently, and quickly combining them to determine the situation. 　In the nervous system, various information obtained from the sensory device is combined to process the activity to cope with changes in the real world. In the unmanned operation of a car, the mechanism of the open loop control to deal with based on the data collected intermittently from the outside world by the sensor is effective.. (Last modified: March/2, 202)

A subroutine network model for a nerve system. This model shows that transference of a ubroutine induces another the other activation of subroutinee.

[List of pdf files on the intelligent device having a mechanism of brain] [2020-1Eg], S. Karasawa, "Understanding of intelligence formation by logic circuits ", IEICE Technical Report, Technical Committee on Neurocomputing, March 04-06, 2020, Presentation number NC-40, The University of Electro-Communications (Discontinuation of oral presentation to avoid a new coronavirus infections), March/6, 2020. [EM1], S. Karasawa, "Architecture on the Device for Information processing controlled by consciousness" ,ーA bottom-up approach for engineering on the mechanism of brainー, IEICE, 7th Workshop on Communication Behavior Engineering, pp.1-8, Metropolitan University Tokyo Akihabara satellite campus, October 30, 2014. [EM2],[pptEM2], S.Karasawa, "Layered Network of Representatives for Control of Robot", Proceedings of the 2014 International Conference on Electrical, Control and Automation, pp.745-747, DEStech Publications .Inc. February 22-23, Shanghai, China, 2014. [M3] S.Karasawa, "The model of nerve network in which a transmission of activity forms a structure of activities in a 3-dementional space", [written in Japanese], Technical Report of IECE, MBE2004-52, pp.1-4, Nov., 2004. [M4] S. Karasawa, "Dynamic MOS circuit for neuromorphic hardware implementation based on the paradigm of activity", International Conference on Computing, Communications and Control Technologies, Vol. 5, Hardware design for computers and communications, pp.194-199, Austin, Texas, August14-17, 2004. [M5] S. Karasawa, "Architecture to emulate brain mechanisms by transferring of impulse as a representative of discrete activity", [written in Japanese], Technical Report of IECE, NC2004-2, pp.7-12, May, 2004.

[Patents (Japan)]

[1] Application number 2006-357183　[Use of Wavelet Transform Based Muitiple Template Matching for Speech Voice Recognition] [2] Patent number 4161058, [Programmable bi-directional logic circuit] [3] Patent number 3496065, [Impulse electronic device],p1p2p3p4p5

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