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Since the early 1990s, a number of video coding standards have been developed to satisfy industry needs These standards have been developed by two major international standardization organizations: the MPEG of International Standards Organization/International Electrotechnical Commission (ISO/IEC), and the Video Coding Expert Group (VCEG) of ITU-T, the Telecommunications Standardization Sector of the International Telecommunications Union ITU The video coding standards developed by ISO/IEC include MPEG-1, MPEG-2, and MPEG-4 The standards developed by ITU-T fall under the H26x series of recommendations and include H261, H262, H263, and H264 It should be noted that Recommendation H262 is the same as MPEG-2; this standard was jointly developed by both organizations The most recent AVC standard, known as H264 and MPEG-4 Part 10, was also developed through the Joint Video Team (JVT) including experts from both standard bodies.

These standards have found many successful applications such as digital television broadcast, optical disc storage including CD, DVD and Blu-ray Disc, digital telephony, video streaming, and mobile video In the following, we provide a short review of the main coding tools used by each standard The rst version of H261 was completed in 1990 with later amendments published in 1993 [ITU 1993] and was mainly designed for low-delay video conferencing over Integrated Services Digital Network (ISDN) lines with bit rates between 64 and 320 Kbps It was the rst standard to de ne the basic video coding architecture as shown in Figure 232 This standard utilized 16 16 MBs, 8 8 DCT with uniform quantization, and supported unidirectional forward motion-compensated prediction with integer-pixel precision A VLC scheme known as run-level coding was used to code quantized transform coef cients.

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With run-level coding, the 2D transform coef cients are rst scanned into a one-dimensional (1D) vector Huffman coding is then applied to symbols that comprise a pair of numbers indicating the run of zeros followed by the level of the next nonzero coef cient A special symbol is used to indicate the last nonzero coef cient in a block H261 also de ned an optional loop lter that applied a low-pass ltering on the motion-compensated prediction to decrease prediction error and blocking artifacts at high compression ratios The MPEG-1 standard was completed in 1991 [MPEG 1] The target application of MPEG-1 was digital storage media on CD-ROM at bit rates between 1 and 2 Mbps MPEG-1 speci ed motion compensation with half-pixel accuracy as well as the use of B-frames and bidirectional prediction The DC coef cients in MPEG-1 are predicted from the left neighbor.

MPEG-2 was completed in 1994, with later amendments in 2000 [MPEG 2] The standard was developed jointly with ITU-T and is also known as H262 MPEG-2 is an extension of MPEG1 and allows for greater input format exibility and higher data rates that include support for.

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Table 33-3: Control Directive Attributes Attribute Description True, view state is maintained across pages. When set to True, Visual Basic Option Explicit is enabled. The default setting is False. Specifies a CodeBehind class for the User control to inherit. Defines the language that is being used for any inline rendering and script blocks When set to True, this compiles the User control using the Visual Basic Option Strict mode. The default setting is False. Points to the source file of the CodeBehind class of the User control being requested. Specifies the compiler warning level at which to stop

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