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Yellow Book, also called the CD-ROM standard, opens up the compact disc medium for computer data storage (as opposed to simply audio information) The physical sector format was modi ed to included additional error-correction elds Yellow Book also de nes methods for storing and locating data An offshoot of Red Book and Yellow Book, the Mixed Mode standard, combines audio (in Red Book format) with computer data A further offshoot, CD-ROM XA, interleaves audio, video, and computer data for quicker access
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The Yellow Book standard is used to specify storage of most types of computer information on compact disc, including applications, database information, indexed text, and so on Mixed-mode applications can also include a separate region on disc containing standard Red Book audio data Yellow Book was also extended through CD-ROM XA (the XA stands for extended architecture) to improve multimedia interaction; the extension improves synchronized playback of audio, video, and data CDROM XA is often used by game developers, educational developers pro63
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ducing interactive works that involve multiple video or sound clips, and anyone constructing a complex multimedia title In the early days of introduction, CD-ROM XA could not be played on some systems that lacked the compatible hardware and software for playback, but on modern systems and current generation CD-ROM drives, support is universal
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In its pure form, Yellow Book supports binary text and computer data In mixed-mode form, it includes Red Book audio A logical layer of the architecture deals with the le structures and it is here that ISO 9660 (discussed later in this chapter) becomes important Yellow Book includes two fundamental modes, Mode 1 and Mode 2, that rely on different methods of data correction Mode 1 speci es an Error Detection Code (EDC) and an Error Correction Code (ECC); Mode 2 uses the previously discussed CIRC for less rigorous error correction
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When recording in the Yellow Book standard, you need to ensure that your le organization permits cross-platform access to disc contents under ISO 9660 (for more details, refer to ISO 9660 on page 79) When recording Mixed Mode discs, you also need to consider the trade-offs in storage space between Red Book audio and computer data (the use of Red Book audio reduces the available data region at the rate of approximately 10 Megabytes of storage per 1 minute of recorded PCM audio)
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Examining the Yellow Book Standard
Sometime in 1983, Sony and Philips realized that their digital music delivery creation, the compact disc, could do a reasonable job of storing data as well The discussion and committee meetings that took place led directly to the birth of the CD-ROM in essentially the same form you now use today Error correction was made more robust, which was essential for a medium where a bad bit could crash a program (as opposed to perhaps causing a minor "pop" in an audio sound track) Data storage also necessitates data retrieval, which dictated some system of indexing and locating data rapidly Yellow Book provides these as well Yellow Book speci es a four-layer architecture: Layer 0 Identical to the Red Book de nition of bit structure Layer 1 Speci es the sector layout, including the error detection and correction code use
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Layer 2 De nes the logical sector organization While xed in terms of the physical sector layout, the logical organization provides exibility to adjust sector sizes to accommodate the requirements of certain types of software Layer 3 Represents the logical le organization to standardize access to les across various computer platforms ISO 9660 offers the method of organization, which is widely supported by CD-ROM developers
Examining the Yellow Book Extended Architecture
Large corporations and government agencies found CD-ROMs a convenient repository for the tons of paper documents that they used to store in le cabinets Early uses of CD-ROM emphasized text storage and database archiving The original Yellow Book standard works just ne for most of these types of applications Text storage and retrieval, however, doesn t particularly drive the medium in any kind of demanding way the original Yellow Book standard works just ne for most of these types of applications As with all things computer-related, some developers started pushing the media in some new ways that rubbed up against the its inherent performance limitations and challenged the current methods of storing audio and video Developers who were moving information to CD-ROM became more enamored of multimedia bells and whistles such as video but found it was dif cult to both play back a computer application and access audio data from the Red Book region at the same time The laser read head had to cover too much territory to retrieve data The sound track often fell out of sync with a displayed animation or video clip, so that lips moved but no words came out, or the narration lagged the on-screen event by a few seconds Multimedia presentations played like badly dubbed foreign lms No one was very impressed with the potential of the medium at this point At this time Microsoft joined into the discussions with Sony and Philips and crafted the CD-ROM XA standard, introduced in 1989 The primary enhancement of CD-ROM XA involves a rede nition of the physical sectors to include a special form of compressed audio Audio in this format could be wedged between the computer data running the application residing on contiguous sectors and the interleaved audio Data could be accessed much more quickly Words owed out of on-screen lips in sync and the climactic crescendo of music at the end of the presentation came right on cue, right down to the nal cymbal crash
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