=LDR  00000nam  2200000   4500
=001  INLIS000000000004927
=005  20200508202933
=008  200508|||||||||   |   |||   |||| ||eng||
=020    $$a 0393977218
=035    $0010-0520004927
=041    $$a eng
=082    $$a 152.14
=084    $$a 152.14/ENN/T
=100    $$a James T. Enns
=245    $$a The Thinking Eye, the Seeing Brain : Explorations in Visual Cognition
=250    $$a Ed.1
=260    $$a New York $b Mc Graw Hill $c 2004
=300    $$a xvii, 402p.;illus.;24 cm.$c 24 cm.
=500    $$a Indeks : p.SI1-SI19
=520    $$a It is an exciting time to be a vision scientist. For many in our field, the excitement comes from the unprecedented technological advances of the past decade. We have seen rapid advances in our ability to look at brain activity while a study participant is sensing, seeing, thinking, and acting. Biotechnology is quickly moving to a place where the implantation of a surrogate eye, in those with limited sight, may soon be as routine as cochlear implants have become for those with limited hearing. Computer scientists and electrical engineers have built numerous robots with impressive visual capabilities that promise (or threaten, depending on your perspective) to do our laundry and mow our lawns. It is clear that many advances in technology go hand to hand with progress in the vision sciences.
=650    $$a Visual perception.