
handle: 11449/91938
Neste trabalho construímos modelos de redes neurais artificiais recorrentes com dois, com quatro, com seis e com oito neurônios na tentativa de simular computacionalmente como os neurônios receptores olfativos dos vertebrados, em especial dos seres humanos, conseguem identificar e reconhecer as diferentes moléculas odoríferas (ou odorantes) transportadas pelo ar. Para isso, usamos uma rede que evolui de um sistema dinâmico caótico, na ausência de odorantes, para o não-caótico, quando do reconhecimento de um odor constituído, no máximo, de até três odorantes.
We built models of recurrent artificial neural networks with two, four, six and eight neurons in order to simulate, using computational simulation, the way vertebrate s olfactory neurons, in special the humans, identify and recognize different odoriferous molecules (or odorants) in the air. For that purpose, we used a network that evolves from a chaotic dynamic system, in the absence of odorants, to the non-chaotic, when it recognizes an odor that is made of, at most, three odorants.
Pós-graduação em Física - IGCE
Fisica matematica, Simulação computacional, Artificial neural networks, Redes neurais (Computação), Chaos, Computational simulation, Caos, Dynamic systems
Fisica matematica, Simulação computacional, Artificial neural networks, Redes neurais (Computação), Chaos, Computational simulation, Caos, Dynamic systems
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