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distributed file systems / style applications / non-cache-coherent shared-memory systems / multikernel operating systems / File server / it easy to write applications / file systems / close-by server / writeback protocol / target applications / multicore processors / heterogeneous multicore processors / process migration to place applications / directory server / noncache-coherent multicore processor / designated local server / similar protocols / computing / file consistency in software / host processor / shared-memory operating systems / satellite kernels / network file systems / real applications / invalidation protocol / directory removal protocol / execution protocol / real-world applications / cachecoherent shared memory in hardware / non-cache-coherent sharedmemory systems / possible solution / hardware cache-coherence protocol / filesystem server / mail server / nearby server / networked distributed file systems / /
Hare: a file system for non-cache-coherent multicores Charles Gruenwald III, Filippo Sironi, M. Frans Kaashoek, and Nickolai Zeldovich MIT CSAIL Abstract Hare is a new file system that provides a POSIX-like interface on