CGSC 1001 Lecture Notes - Lecture 8: Mnemonic, Animal Communication, Peripheral Vision

• School: Carleton University
• Department: Cognitive Science
• Course: CGSC 1001
• Professor: Jim Davies

Document Summary

Interpreting light as the professor standing in front of you: turning into something meaningful to the agent, t(cid:455)pi(cid:272)al e(cid:374)sor(cid:455) (cid:862)modalities(cid:863) Body is adapted to throw up to get rid of the poison. Information is received by a convergence or pooling from many rod cells resulting in a loss of visual acuity: convergence of information makes peripheral vision sensitive to movement (seeing something vague out of the corner of your eye). Cone: on the inside of the eye, sensitive to fine distinctions and colour, three types, 1. Long wavelengths (red: works best in bright light. Fewer cone cells exist for peripheral vision: some women (never men) are tetrachromats meaning they have an extra cone that detect a different wavelength of light. Muscles move the lens to help bring the image into focus: multiple images. It is also associated with storage of long term memory: colour, shape, texture, object identification, pandemonium model of perception, ha(cid:448)e a (cid:271)u(cid:374)(cid:272)h of little dete(cid:272)tors (cid:272)alled (cid:862)de(cid:373)o(cid:374)s(cid:863).