Matches in DBpedia 2015-10 for { ?s ?p "The ext2 or second extended filesystem is a file system for the Linux kernel. It was initially designed by Rémy Card as a replacement for the extended file system (ext). Its metadata structure was inspired by the earlier Unix File System (UFS).The canonical implementation of ext2 is the "ext2fs" filesystem driver in the Linux kernel. Other implementations (of varying quality and completeness) exist in GNU Hurd, MINIX 3, some BSD kernels, in Atari MiNT, and as third-party Microsoft Windows and OS X drivers.ext2 was the default filesystem in several Linux distributions, including Debian and Red Hat Linux, until supplanted more recently by ext3, which is almost completely compatible with ext2 and is a journaling file system. ext2 is still the filesystem of choice for flash-based storage media (such as SD cards, and USB flash drives), since its lack of a journal increases performance and minimizes the number of writes, and flash devices have a limited number of write cycles. Recent kernels, however, support a journal-less mode of ext4, which would offer the same benefit, along with a number of ext4-specific benefits."@en }
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- Ext2 abstract "The ext2 or second extended filesystem is a file system for the Linux kernel. It was initially designed by Rémy Card as a replacement for the extended file system (ext). Its metadata structure was inspired by the earlier Unix File System (UFS).The canonical implementation of ext2 is the "ext2fs" filesystem driver in the Linux kernel. Other implementations (of varying quality and completeness) exist in GNU Hurd, MINIX 3, some BSD kernels, in Atari MiNT, and as third-party Microsoft Windows and OS X drivers.ext2 was the default filesystem in several Linux distributions, including Debian and Red Hat Linux, until supplanted more recently by ext3, which is almost completely compatible with ext2 and is a journaling file system. ext2 is still the filesystem of choice for flash-based storage media (such as SD cards, and USB flash drives), since its lack of a journal increases performance and minimizes the number of writes, and flash devices have a limited number of write cycles. Recent kernels, however, support a journal-less mode of ext4, which would offer the same benefit, along with a number of ext4-specific benefits.".