NEURONS ACTIVITY IN V1 BY VISUAL HALLUCINATION MAPPING MODEL
The part of the brain called V1 contributes to the process of human vision. Humans experience visual hallucinations caused by unbalanced neurons activity in the brain part V1. Humans who experience simple visual hallucinations always be related to the four categories called Kluver’s Form Constant, n...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/35538 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | The part of the brain called V1 contributes to the process of human vision. Humans experience visual hallucinations caused by unbalanced neurons activity in the brain part V1. Humans who experience simple visual hallucinations always be related to the four categories called Kluver’s Form Constant, namely: Lattice, Funnel, Cobweb, and Spiral. After that, many scientists tried to link the relationship between hallucinatory forms seen by humans to the activity of neurons in V1 with the various models they created, one model of which is a mapping of polar coordinates as human vision experiences hallucinations to cartesian coordinates as part of brain V1 where activity neurons are, the model has been expressed by Jack D. Cowan. Vertical, Horizontal, Diagonal, Circle, or certain equations (????,????), are compilers to form Kluver’s Form Constant with a simpler form in polar coordinates. The simulation of the model that has been expressed by Jack D. Cowan describes the activity of neurons in V1 for each form of constituent Kluver’s Form Constant and against Kluver’s Form Constant with a simpler form. |
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