DOI: 10.7763/IJCTE.2019.V11.1241
Mobile Neural Networking Hypothesis for Complex Concept and Its Logical Structure (Digital Linguistics)
Abstract—Digital Linguistics (DL) proposes that (1) mobile neural networks among immune cells inside ventricle system (VS) are in charge of sign reflex and linguistic processing, and (2) mobile neurons, currently designated as B lymphocytes, floating in cerebrospinal fluid (CSF) function as concept devices. 530 MA (Million years ago), mobile neurons evolved from neurons to network flexibly with various terminals on the ventricle wall without synaptic connections. With the acquisition of logical property phonemes by linguistic humans, mobile neurons started to function as signs thinking with words, namely concepts. DL identifies that there are several different complexity orders in concepts, and that Forward Error Correction (FEC) should be implemented against incoming linguistic information.
Index Terms—Complex concept, complexity order, forward error correction, mobile neuron, sign reflex.
Kumon Tokumaru is with KOKU, Japan (e-mail: kalahari145ma@y-mobile.ne.jp).
Cite:Kumon Tokumaru, "Mobile Neural Networking Hypothesis for Complex Concept and Its Logical Structure (Digital Linguistics)," International Journal of Computer Theory and Engineering vol. 11, no. 3, pp. 51-55, 2019.