2017
DOI: 10.1109/jsyst.2015.2494377
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A Duplication-Aware SSD-Based Cache Architecture for Primary Storage in Virtualization Environment

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Cited by 15 publications
(13 citation statements)
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“…Almost, all the white spaces are eliminated by this methodology. This helps to avoid poor utilization rates and to acquire higher storage utilization [2]. Thin provisioning system eliminates the unused capacity of a physical disk to achieve higher storage utilization.…”
Section: Thin Provisioningmentioning
confidence: 99%
“…Almost, all the white spaces are eliminated by this methodology. This helps to avoid poor utilization rates and to acquire higher storage utilization [2]. Thin provisioning system eliminates the unused capacity of a physical disk to achieve higher storage utilization.…”
Section: Thin Provisioningmentioning
confidence: 99%
“…Meanwhile, the number of GC processes required in SSD may also increase. Keeping in mind the end goal to utilize the advantage of SSD write-back cache without reducing the SSD lifespan and increasing the number of GC processes excessively, numerous algorithms [39,44,53,74] and architectures [48] are proposed to reduce the number of writes to SSD. In [39], a duplication-aware write handling strategy is used to filter out the duplicated write requests, which saves the number of writes to the SSD device.…”
Section: Ssd As a Write-back Cachementioning
confidence: 99%
“…These kinds of NVMs are often utilized as a storage layer or a cache layer in modern hybrid storage systems to improve the performance cost ratio. In the early stage, NVM is deployed as a cache to the HDD devices [39,116,117]. In [117] and [118], the emerging NVM and NAND flash memory are both employed as the cache for HDD to improve the energy efficiency and overall system performance.…”
Section: Hybrid Structures Using Various Nvmsmentioning
confidence: 99%
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