Recently the Solid State Drive (SSD) is widely used for storage system of various mobile devices. In this case, existing buffer replacement algorithms based on the hard disk do not consider characteristics of flash memory, so it caused performance degradation of the system. This paper proposes a novel buffer replacement policy called ABM (Asymmetric Buffer Management) policy. ABM policy separates read and write buffer space and applies different replacement unit and replacement algorithm for each buffer. In addition, write buffer delay scheme and dynamic size adaptation algorithm is applied for better performance. ABM outperforms other replacement policies, especially ABM-LRU-CLC shows 32% better performance than normal LRU policy
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Part 7: Session 7: Best Paper – 2International audienceThe limited lifespan is the Achilles’s heel o...
Most embedded systems are equipped with flash memory owing to its shock resistance, fast access, and...
The popularity of NAND flash memory has been growing rapidly in recent years, but the SSD (Solid-Sta...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
In this paper, we present a design and implementation of FD-Buffer, a cost-based adaptive buffer man...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
Flash memory, in the form of Solid State Drive (SSD), is being increasingly employed in mobile and e...
Solid State Disks (SSDs) are superior to magnetic disks from a performance point of view due to the ...
Flash memory has been widely used for storage devices in various embedded systems and enterprise com...
Classical buffer replacement policies, e. g., LRU, are suboptimal for database systems having flash ...
NAND flash memory-based Solid State Drives (SSD) have many merits, in comparison to the traditional ...
Abstract—Flash disks are being widely used as an important alternative to conventional magnetic disk...
in mobile and enterprise-level storage systems due to its superior features such as high energy effi...
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Part 7: Session 7: Best Paper – 2International audienceThe limited lifespan is the Achilles’s heel o...
Most embedded systems are equipped with flash memory owing to its shock resistance, fast access, and...
The popularity of NAND flash memory has been growing rapidly in recent years, but the SSD (Solid-Sta...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
In this paper, we present a design and implementation of FD-Buffer, a cost-based adaptive buffer man...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
Flash memory, in the form of Solid State Drive (SSD), is being increasingly employed in mobile and e...
Solid State Disks (SSDs) are superior to magnetic disks from a performance point of view due to the ...
Flash memory has been widely used for storage devices in various embedded systems and enterprise com...
Classical buffer replacement policies, e. g., LRU, are suboptimal for database systems having flash ...
NAND flash memory-based Solid State Drives (SSD) have many merits, in comparison to the traditional ...
Abstract—Flash disks are being widely used as an important alternative to conventional magnetic disk...
in mobile and enterprise-level storage systems due to its superior features such as high energy effi...
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Part 7: Session 7: Best Paper – 2International audienceThe limited lifespan is the Achilles’s heel o...
Most embedded systems are equipped with flash memory owing to its shock resistance, fast access, and...