Kodak ESP 9 - Manual (Page 134)

126 www.kodak.com/go/aiosupport
N
Network
Configuration The protocol used to assign the IP Address to the device. For this Kodak All-in-One
printer, the network configuration is:
AutoIP : The installation software automatically determines the configuration
parameters.
DHCP : The configuration parameters are supplied by a dynamic host configuration
protocol (DHCP) server on the network. On small networks, this could be a router.
Manual : The configuration parameters are set manually, such as a static IP address.
Not Specified : The mode used when the Kodak All-in-One printer is initializing.
O
OCR Optical character recognition.
P
Peer-to-peer network See Ad hoc .
PictBridge A Camera and Imaging Products Association standardized technology that allows
printing of images between any PictBridge compliant digital camera and any
PictBridge compliant printer. Thus, you can print from a memory card in a digital
camera directly to a printer, regardless of brand. No computer is necessary. Each
device is automatically recognized by the other. The camera compares its PictBridge
functions to the functions of the printer. The camera then displays the supported
functions on menus on the LCD screen or in the viewfinder. Once a PictBridge digital
camera is connected to a compliant printer, print options appear on the camera
monitor (LCD). The camera menu system is used to select settings such as print
size, layout, media type, and date. You can print a single image displayed on the
camera, print two or more images, or print all of the images on the memory card.
You can print part of an image by first cropping it within the camera and even create
index prints (contact sheets). To find out if a camera or printer is PictBridge
compatible, look for the PictBridge logo on the packaging or check the manual for
specifications.
PTP Picture Transfer Protocol. A standard for transferring pictures from a digital camera.
R
Red Eye The red-eye effect in flash photography is caused by the light from the flash
reflecting off the blood vessels and interior eye tissue in humans. Animal eye glow
from reflections is caused by a different internal eye structure, which is much like a
mirror. When not enough time elapses between the flash and exposure (as with
most compact cameras), the light of the flash occurs too fast for the iris of the eye to
close the pupil. The flash of light is focused by the lens of the eye onto the blood-rich
retina at the back of the eye. The image of the illuminated retina is then focused by
the lens of the eye back to the camera, resulting in a red appearance of the eye on
the picture.