(1) Multiplexing or interleaving a disk file across two or more disk drives to enhance I/O performance. The performance gain is function of the number of drives and channels used.
A type of disk array mapping. Consecutive stripes of data are mapped round-robin to consecutive array members. A striped array (RAID level 0) provides high I/O performance at low cost, but provides no data redundancy.
A technique for spreading data over multiple disk drives. Disk striping can speed up operations that retrieve data from disk storage. Computers that use disk striping generally allow the user to select the data unit size or stripe width.
Combining a set of same-size disk partitions from 2 to 32 separate disks into a single volume that virtually "stripes" these disks in a way that the operating system recognizes as a single drive. Disk striping enhances performance by enabling multiple I/O operations in the same volume to proceed simultaneously.
Spreading data over multiple disks drives.
Spreading data over multiple disk drives. Data is interleaved by byte or sector blocks across the drives.
(n.) technique of interleaving a disk file across two or more disk drives to enhance input/output performance. The performance gain is a function of the number of drives and channels used.
A disk array data mapping technique in which fixed-size sequences of virtual disk data addresses are mapped to sequences of member disk addresses in a regular rotating pattern. Disk striping is commonly called RAID Level 0 because of its similarity to common RAID data mapping techniques. Disk striping includes no data protection, however.
storing a bit of information across several discs (instead of storing it all on one disc and hoping that the disc doesn't crash.