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If possible, use component video connections If this is not an option, an svideo connection is better than a composite video connection The improvement from composite to s-video is much greater than the improvement from s-video to component For a significant improvement over component video, use a progressive-scan player or DVD computer connected to a progressivescan display The most important step is to adjust the television properly Turn the sharpness control on the TV all the way down Video from DVD is much clearer than from traditional analog sources The TV s sharpness feature adds an artificial high-frequency boost If the sharpness control is not turned down, it exaggerates the high frequencies and causes distortion, just as the treble control set too high for a CD causes it to sound harsh This can create a shimmering or ringing effect The brightness control is usually set too high as well Many DVD players output video with a black-level setup of 0 IRE (Japanese standard) rather than 75 IRE (US standard) On TVs that are not adjusted properly, this can cause some blotchiness in dark scenes DVD video has exceptional color fidelity, so muddy or washed-out colors are almost always a problem in the display, not in the DVD player or disc If you get audio hum or noisy video, it is probably caused by interference or a ground loop Interference can be reduced with an adequately shielded cable The shorter the cable, the better is the result You may be able to isolate the source of the interference by turning off all equipment except the pieces you are testing Try moving things farther apart Try plugging them into a different circuit Wrap your entire house in tinfoil Make sure all equipment is plugged into the same outlet It may be hard to believe, but televisions are not necessarily adjusted properly in the factory Get your TV professionally calibrated, or calibrate it yourself A correctly calibrated TV is adjusted to proper color temperature, visual convergence, and so on, resulting in accurate colors and skin tones, straight lines, and a more accurate video reproduction than is generally provided by a television when it comes out of the box Organizations such as the Imaging Science Foundation (ISF) train technicians to calibrate televisions using special equipment They usually charge between $175 and $600 Another option is to use Joe Kane s Video Essentials DVD, based on the Video Essentials laserdisc The AVIA and The Ultimate DVD: Platinum discs also provide instructions, test pictures, and other resources to calibrate audio and video systems.

TIP: Do not forget the Materials Management module (MM) has text determination too These are split up into the different document types that are used in the MM module, such as the purchase order and the contract or scheduling agreement This is accessible by following the menu path IMG, Materials management, Purchasing, Scheduling agreement, Define rules for copying (adoption of) text

Connect the DVD player to a good sound system This may sound like a strange way to improve the picture, but numerous tests have shown that when viewers are presented with identical pictures and two different quality levels of audio, they perceive the picture that is accompanied by highquality audio to be better than the picture associated with low-quality audio

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TIP: In the maintenance of access sequences, it is useful to know the different text objects The most common are as follows:

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Much research has gone into human visual acuity and how it relates to viewing distance, information size, and display resolution Viewing distance is usually measured in display screen heights In general, the best viewing distance is about 3 to 5 times the screen height Industry recommendations vary from 2 to 10 times the screen height If you sit too close to the screen, you will see video scanline structures and pixels If you sit too far away, you will lose visual detail and will not engage enough of your field of view to draw you into the experience The optimal viewing experience is to fill at least 35 degrees of your field of vision while staying beyond the limit of picture resolution The THX recommends a 36-degree viewing angle, whereas Fox recommends a 45-degree viewing angle2 There is disagreement about the dimensions of the average human field of view, especially as it relates to watching video, but the vertical range is about 60 to 90 degrees, whereas the horizontal angle is around 100 to 150 degrees However, fields broader than about 40 degrees can make the viewer uncomfortable after a period of time because human vision tends to focus toward the center Often the resolution of the display determines the distance at which viewers naturally sit Psychophysical studies have shown that human viewers tend to position themselves relative to a scene such that the smallest detail of interest subtends an angle of about 1 minute of arc, which is the limit of angular discrimination for normal vision For the 480 visible lines of 525-line (NTSC) television, this produces a viewing distance of about 7 times picture height, with a resulting horizontal viewing angle of about 11 degrees for a 4:3 picture and 15 degrees for a 16:9 picture To deliver the optimal one-pixel per arc-minute viewing experience at DVD resolution requires a viewing distance of 7 times screen height for NTSC, 6 times screen height for PAL.

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