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==Why fragmentation matters==
File system fragmentation is projected to become more problematic with newer hardware due to the increasing disparity between sequential access speed and [[rotational delay]] (and to a lesser extent [[seek time]]), of consumer-grade [[hard disk]]s,<ref name=seagate-future>{{cite conference |author=Dr. Mark H. Kryder |publisher=[[Seagate Technology]] |date=2006-04-03 |title=Future Storage Technologies: A Look Beyond the Horizon |booktitle=Storage Networking World conference |url=http://www.snwusa.com/documents/presentations-s06/MarkKryder.pdf |format=[[PDF]] |accessdate=2006-12-14 }}</ref> which file systems are usually placed on. Thus, fragmentation is
In simple file system [[benchmark (computing)|benchmark]]s, the fragmentation factor is often omitted, as realistic aging and fragmentation is difficult to model. Rather, for simplicity of comparison, file system benchmarks are often run on empty file systems, and unsurprisingly, the results may vary heavily from real-life access patterns.<ref name=workload-benchmarks>{{cite paper |author=Keith Arnold Smith |date=2001-01 |title=Workload-Specific File System Benchmarks |publisher=[[Harvard University]] |url=http://www.eecs.harvard.edu/vino/fs-perf/papers/keith_a_smith_thesis.pdf |format=[[PDF]] |accessdate=2006-12-14 }}</ref>
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