Classical buffer replacement policies, e. g., LRU, are suboptimal for database systems having flash disks for persistence, because they are not aware of the distinguished characteristics of flash-based storage devices. We introduce the basic principles of buffer management for such devices and present two efficient buffer algorithms that apply these principles. These algorithms significantly improve the performance of flash-based databases, as confirmed by our trace-driven performance study
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Because a Flash Translation Layer (FTL), which enables an NAND flash memory-based storage system to ...
In this paper we present our work in progress on revisiting traditional DBMS mechanisms to manage sp...
Abstract. Classical buffer replacement policies, e.g., LRU, are subop-timal for database systems hav...
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 disks are becoming an important alternative to con-ventional magnetic disks. Although accessed...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
Most embedded database systems are built on a two-level memory hierarchy, a RAM buffer on top of fla...
For improving read/write performance of storage devices, disk based storage systems use disk schedul...
Embedded devices such as personal digital assistants (PDAs), pocket PCs, palmtops, and handheld PCs ...
In this paper, we present a design and implementation of FD-Buffer, a cost-based adaptive buffer man...
In the present tutorial we perform a cross-cut analysis of database systems from the perspective of ...
Most embedded systems are equipped with flash memory owing to its shock resistance, fast access, and...
Abstract. The use of flash memory as a write cache for a database stored on magnetic disks has been ...
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Because a Flash Translation Layer (FTL), which enables an NAND flash memory-based storage system to ...
In this paper we present our work in progress on revisiting traditional DBMS mechanisms to manage sp...
Abstract. Classical buffer replacement policies, e.g., LRU, are subop-timal for database systems hav...
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 disks are becoming an important alternative to con-ventional magnetic disks. Although accessed...
We design and implement FD-Buffer, a buffer manager for database systems running on flash-based disk...
Most embedded database systems are built on a two-level memory hierarchy, a RAM buffer on top of fla...
For improving read/write performance of storage devices, disk based storage systems use disk schedul...
Embedded devices such as personal digital assistants (PDAs), pocket PCs, palmtops, and handheld PCs ...
In this paper, we present a design and implementation of FD-Buffer, a cost-based adaptive buffer man...
In the present tutorial we perform a cross-cut analysis of database systems from the perspective of ...
Most embedded systems are equipped with flash memory owing to its shock resistance, fast access, and...
Abstract. The use of flash memory as a write cache for a database stored on magnetic disks has been ...
Recently, NAND flash memory has been one of the best storage mediums for various embedded systems su...
Because a Flash Translation Layer (FTL), which enables an NAND flash memory-based storage system to ...
In this paper we present our work in progress on revisiting traditional DBMS mechanisms to manage sp...