Abstract:
The present invention provides a storage subsystem accessing a storage resource efficiently to thereby enhance throughput. The storage subsystem adopts a configuration where respective processor packages have ownership of the respective LDEVs, wherein an I/O command from a host specifying an address extending over a division position within a single LDEV is divided, and the I/O processing is executed in a shared manner by multiple processor packages. The I/O processing is executed by allocating a processor package that processes a specific storage area with priority.
Abstract:
The present invention provides a storage subsystem accessing a storage resource efficiently to thereby enhance throughput. The storage subsystem adopts a configuration where respective processor packages have ownership of the respective LDEVs, wherein an I/O command from a host specifying an address extending over a division position within a single LDEV is divided, and the I/O processing is executed in a shared manner by multiple processor packages. The I/O processing is executed by allocating a processor package that processes a specific storage area with priority.
Abstract:
A control unit (6) in a wireless system includes: a quality-obtaining unit that, for traffic caused by a connection request, obtains request quality (51) from a storage unit, and, for each of communication networks on a route through which the traffic caused by the connection request passes, obtains delivery quality (52) for the communication network from the storage unit; and a determining unit that, when the delivery quality (52) obtained satisfies the request quality (51) obtained, allows a connection to each of the communication networks associated with the delivery quality (52) obtained, and, when the delivery quality (52) obtained does not satisfy the request quality (51) obtained, disallows a connection to each of the communication networks associated with the delivery quality (52) obtained.