ink receptive areas - определение. Что такое ink receptive areas
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Что (кто) такое ink receptive areas - определение

DELIMITED MEDIUM WHERE SOME STIMULI CAN EVOKE NEURONAL RESPONSES
Receptive fields; Receptor field; Receptive Field
  • Neurons of a convolutional layer (blue), connected to their receptive field (red)
  • CNN layers arranged in three dimensions
Найдено результатов: 863
India ink         
  • ''[[Cryptococcus neoformans]]'' stained with light India ink
  • Inkmaking from pine wood, as depicted in the ''Tiangong Kaiwu'' (1637)
  • A solid [[ink stick]] used for the preparation of ink
SIMPLE BLACK OR COLORED INK
Encre de chine; China ink; Chinese ink; India ink stain; Indian ink; India Ink; Black ink; Masi (india ink)
India ink (British English: Indian ink; also Chinese ink) is a simple black or coloured ink once widely used for writing and printing and now more commonly used for drawing and outlining, especially when inking comic books and comic strips. India ink is also used in medical applications.
India ink         
  • ''[[Cryptococcus neoformans]]'' stained with light India ink
  • Inkmaking from pine wood, as depicted in the ''Tiangong Kaiwu'' (1637)
  • A solid [[ink stick]] used for the preparation of ink
SIMPLE BLACK OR COLORED INK
Encre de chine; China ink; Chinese ink; India ink stain; Indian ink; India Ink; Black ink; Masi (india ink)
¦ noun North American term for Indian ink.
Indian ink         
  • ''[[Cryptococcus neoformans]]'' stained with light India ink
  • Inkmaking from pine wood, as depicted in the ''Tiangong Kaiwu'' (1637)
  • A solid [[ink stick]] used for the preparation of ink
SIMPLE BLACK OR COLORED INK
Encre de chine; China ink; Chinese ink; India ink stain; Indian ink; India Ink; Black ink; Masi (india ink)
(also N. Amer. India ink)
¦ noun deep black ink containing dispersed carbon particles, used especially in drawing and technical graphics.
Origin
C17: orig. applied to Chinese and Japanese pigments prepared in solid blocks and imported to Europe via India.
invisible ink         
  • A US$20 bill showing a visible stripe under an ultraviolet light
SUBSTANCE USED FOR WRITING WHICH IS INVISIBLE AND CAN LATER BE MADE VISIBLE
Disappearing ink; Invisible writing; Lee magic pen; Infrared dye; Sympathetic ink; Uv ink; Secret ink; Lemon juice as invisible ink; UV ink
¦ noun a type of ink used to produce writing that cannot be seen until the paper is heated or otherwise treated.
Thermochromic ink         
Thermochromic inks; Temperature-sensitive ink; Thermochromatic ink
Thermochromic ink (also called thermochromatic ink) is a type of dye that changes color when temperatures increase or decrease. Often used in the manufacture of many toys or product packaging, as well as thermometers.
E Ink         
  • E Ink Screen updating, slowed to 25% of real time
ELECTRONIC PAPER MANUFACTURED BY E INK CORPORATION
E Ink Corporation; E ink; E-ink Triton; E Ink Pearl; E Ink Triton; E Ink Vizplex; Vizplex; Prime View International; Prime view international Co., Ltd
E Ink (electronic ink) is a brand of electronic paper (e-paper) display technology commercialized by the E Ink Corporation, which was co-founded in 1997 by MIT undergraduates JD Albert and Barrett Comiskey, MIT Media Lab professor Joseph Jacobson, Jerome Rubin and Russ Wilcox.
Optically variable ink         
  • Optically variable ink used in popular USB drives that are often subject to counterfeiting. Taken from 2 different angles.
ANTI-COUNTERFEITING MEASURE ON BANKNOTES AND OTHER OFFICIAL DOCUMENTS
Color shifting ink; Color-shifting ink; Colour-shifting ink; Optically Variable Ink; Optically variable magnetic ink; SPARK (anti-counterfeiting feature); OVMI
Optically variable ink (OVI) also called color shifting ink is an anti-counterfeiting measure used on many major modern banknotes, as well as on other official documents (professional licenses, for example).
Continuous ink system         
  • Disassembled view of the above printer. Metal needles insert into the ink tanks to collect ink. The liquid inlet is a notch cut into the side of the needle, with a spring-loaded sliding rubber cap (shown) that slides up over the notch when the tank is removed. This design retains moisture inside the ink supply tubing and prevents dry-out and clogging when ink tanks are either not installed, or are removed for replacement.
  • Close-up view of the above printer, showing the individual removable printheads and ink tanks for each color.
METHOD FOR DELIVERING A LARGE VOLUME OF LIQUID INK TO A COMPARATIVELY SMALL INKJET PRINTHEAD
Continuous Ink Supply System; Continuous Flow System; Off axis ink system; Off-axis ink system; Off axis ink delivery system; Off-axis ink delivery system; Bulk feed ink system; Bulk-feed ink system; Ciss printers
A continuous ink system (CIS), also known as a continuous ink supply system (CISS), a continuous flow system (CFS), an automatic ink refill system (AIRS), a bulk feed ink system (BFIS), or an off-axis ink delivery system (OIDS) is a method for delivering a large volume of liquid ink to a comparatively small inkjet printhead. Many business and professional grade printers incorporate a continuous ink system in their design to increase printing capacity.
sumi-e         
  • National Treasure]].
  • t=茂林遠岫圖}}) (detail), ink and light color on silk, dimensions are 46.0 x 298.0 cm, 10th century China. Collected by [[Liaoning Provincial Museum]].
  • hanja=夢遊桃源圖}}), medium ink and light color on silk, dimensions	106.5 x 38.7 cm. 1447, Korea. Collected by Tenri University Central Library.
PAINTING TECHNIQUE
Suiboku; Tsuketate; Brush painting; Suibokuga; Sumi-e; Shuimohua; Suiboku-Ga; Ink painting; Literati painting; Ink wash; Ink painter; Suiboko; Sumukhwa; Ink & wash painting; Ink wash paintings; Ink wash technique; Inkwash; Ink and wash painting; Ink-wash painting; Japanese brush painting; Chinese ink painting; Shui-mo; Chinese ink and brush painting; Chinsese ink painting; Chinese water-colour; Shuimo; Ink and wash
['su:m?e?]
¦ noun Japanese painting using solid sticks of black ink.
Origin
from Japanese sumi 'ink, blacking' + e 'painting'.
Ink wash painting         
  • National Treasure]].
  • t=茂林遠岫圖}}) (detail), ink and light color on silk, dimensions are 46.0 x 298.0 cm, 10th century China. Collected by [[Liaoning Provincial Museum]].
  • hanja=夢遊桃源圖}}), medium ink and light color on silk, dimensions	106.5 x 38.7 cm. 1447, Korea. Collected by Tenri University Central Library.
PAINTING TECHNIQUE
Suiboku; Tsuketate; Brush painting; Suibokuga; Sumi-e; Shuimohua; Suiboku-Ga; Ink painting; Literati painting; Ink wash; Ink painter; Suiboko; Sumukhwa; Ink & wash painting; Ink wash paintings; Ink wash technique; Inkwash; Ink and wash painting; Ink-wash painting; Japanese brush painting; Chinese ink painting; Shui-mo; Chinese ink and brush painting; Chinsese ink painting; Chinese water-colour; Shuimo; Ink and wash
, 1140–1210), Drunken Celestial (), ink on Xuan paper, 12th century, Southern Song (Chinese), National Palace Museum, Taipei

Википедия

Receptive field

The receptive field, or sensory space, is a delimited medium where some physiological stimuli can evoke a sensory neuronal response in specific organisms.

Complexity of the receptive field ranges from the unidimensional chemical structure of odorants to the multidimensional spacetime of human visual field, through the bidimensional skin surface, being a receptive field for touch perception. Receptive fields can positively or negatively alter the membrane potential with or without affecting the rate of action potentials.

A sensory space can be dependent of an animal's location. For a particular sound wave traveling in an appropriate transmission medium, by means of sound localization, an auditory space would amount to a reference system that continuously shifts as the animal moves (taking into consideration the space inside the ears as well). Conversely, receptive fields can be largely independent of the animal's location, as in the case of place cells. A sensory space can also map into a particular region on an animal's body. For example, it could be a hair in the cochlea or a piece of skin, retina, or tongue or other part of an animal's body. Receptive fields have been identified for neurons of the auditory system, the somatosensory system, and the visual system.

The term receptive field was first used by Sherrington in 1906 to describe the area of skin from which a scratch reflex could be elicited in a dog. In 1938, Hartline started to apply the term to single neurons, this time from the frog retina.

This concept of receptive fields can be extended further up the nervous system. If many sensory receptors all form synapses with a single cell further up, they collectively form the receptive field of that cell. For example, the receptive field of a ganglion cell in the retina of the eye is composed of input from all of the photoreceptors which synapse with it, and a group of ganglion cells in turn forms the receptive field for a cell in the brain. This process is called convergence.

Receptive fields have been used in modern artificial deep neural networks that work with local operations.