Publikation: Growing Persistent Trees into the 21st Century
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The days of mechanical disks are numbered. Being a handy fellow for sequential access through many years, poor average random access times notoriously cause disks to struggle when it comes to handling large sets of XML data. Ripping out the mechanics and its inherent seek delays is an absolute must to allow for efficient and effective operations on fine-grained XML trees. In this paper, we describe TreeTank, a system which takes advantage of the zero-delay seek time of flash-based storage, both addressing the strengths and weaknesses of flash, yet still performing rather well on traditional disks. The switch to flash keenly motivates to shift from the current state'' paradigm towards remembering the evolutionary steps leading to this state. Not only does this simplify many applications, it also offers a huge potential when it comes to accessing web-based resources in a temporal fashion. Being tuned for zero-delay flash-based storage, TreeTank will be able to provide more features faster and with less memory requirements than traditional approaches.
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KRAMIS, Marc, 2008. Growing Persistent Trees into the 21st CenturyBibTex
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