Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Recovery from sudden por-off (SPO) is one of the primary concerns among practitioners which bars the quick and wide deployment of flash storage devices. In this work,  propose Metadata Embedded Write (MEW), a novel scheme for handling the sudden por-off recovery in modern flash storage devices. Given that a large fraction of commercial SSDs employ compression technology, MEW exploits the compression-induced internal fragmentation in the data area to store rich metadata for fast and complete recovery. MEW consists of (i) a metadata embedding scheme to harbor SSD metadata in a physical page together with multiple compressed logical pages, (ii) an allocation chain based fast recovery scheme, and (iii) a light-ight metadata logging scheme which enables MEW to maintain the metadata for incompressible data, too.  performed extensive experiments to examine the performance of MEW. The performance overhead of MEW is 3 percent in the worst case, in terms of the write amplification factor, compared to the pure compression-based FTL that does not have any recovery scheme.
['Dongwook Kim', 'Youjip Won', 'Jaehyuk Cha', 'Sungroh Yoon', 'Jongmoo Choi', 'Sooyong Kang']
I am writing a research paper on a idea Exploiting Compression-Induced Internal Fragmentation for Power-Off Recovery in SSD
[{"from": "human", "value": "I am writing a research paper on a idea Exploiting Compression-Induced Internal Fragmentation for Power-Off Recovery in SSD"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Recovery from sudden por-off (SPO) is one of the primary concerns among practitioners which bars the quick and wide deployment of flash storage devices. In this work,  propose Metadata Embedded Write (MEW), a novel scheme for handling the sudden por-off recovery in modern flash storage devices. Given that a large fraction of commercial SSDs employ compression technology, MEW exploits the compression-induced internal fragmentation in the data area to store rich metadata for fast and complete recovery. MEW consists of (i) a metadata embedding scheme to harbor SSD metadata in a physical page together with multiple compressed logical pages, (ii) an allocation chain based fast recovery scheme, and (iii) a light-ight metadata logging scheme which enables MEW to maintain the metadata for incompressible data, too.  performed extensive experiments to examine the performance of MEW. The performance overhead of MEW is 3 percent in the worst case, in terms of the write amplification factor, compared to the pure compression-based FTL that does not have any recovery scheme."}]