Titlebook: Digital Pictures; Representation, Comp Arun N. Netravali,Barry G. Haskell Book 1995 Springer Science+Business Media New York 1995 applied p

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https://doi.org/10.1007/978-1-4899-6950-7applied physics; computer science; network; physics; presentation; Standards

巧思

Fantasy

CLAN

Rural Latin America in Transitiong images, by a finite data rate. However, the data produced by these techniques normally contains a considerable amount of superfluous information that can be removed by methods to be discussed here and in later chapters.

教义

crucial

Rural migrants in urban settingered statistical properties of pictures and the properties of the human viewer that are relevant to the coding problem. In this chapter we will describe many of the basic coding approaches that have been successfully used for digital picture communication. Emphasis will be on general principles, and

商店街

Rural migrants in urban settingalmost on a daily basis. Rather, we wish to show how the basic principles discussed in previous chapters might be applied in an interrelated way to practical systems. Some applications require a simple codec without a high degree of data compression. In other cases we need a low bit-rate because of

linguistics

contradict

François Bonnieux,Hervé Guyomardrth America, since the adoption of the NTSC standard in 1941, only two significant modifications have been made to the television signals, namely the addition of color in 1953 and stereo sound in 1984. Both of these modifications were made in an backward compatible manner, i.e., by modifying the tra

carotid-bruit

Caroline Saunders,Martin Whitbyy branches of science. Ideally one should have an appreciation of vision, signal theory, display devices, and so on. As engineers we are concerned with complex stimuli, their perception, as well as the final utilization of the perceived information. Knowledge of these is often unavailable or sketchy