I O device - translation to Αγγλικά

REDUNDANT IO TECHNOLOGY

Multipath IO; Multipath device; I/O multipathing

I O

WIKIMEDIA DISAMBIGUATION PAGE

IO; Io (astronomy); I O; IO (disambiguation); Io (disambiguation); Io.; I.O.; IO (band); I o

Input-Output, ingresso-uscita di dati al o dal computer

input-output

COMMUNICATION BETWEEN AN INFORMATION PROCESSING SYSTEM AND THE OUTSIDE WORLD

Input/Output Device; I/O interface; Input-output device; Quasi-bidirectional I/O; Input/output processing; I/O device; Read/write channel; Input and output; File io; Transput; I/O; Input/Output; I/o; User input; Output (computing); I/O hardware; I/O software; I/O operation; IO priority; Input output; Input and output devices; Input data; Input–output; Input-output

(Inform) ingresso/uscita

hand held

SMALL, HAND-HELD COMPUTING DEVICE

Handheld; Handheld computer; Hand-held computer; Palm top; Handheld devices; Handhelds; Mobile devices; Mobile and Embedded Devices; Hand held; Hand Held; Handheld device; Hand computer; Palm computer; Mobile platform; Hand-held devices; Hand-held device; Handheld electronics; Handheld computers; Mobile Device; Hand Held Computer; Personal Mobile Electronics; Hand-held; Portable devices; Portable device; Mobile computing device

tenuto a mano, manovrato manualmente

Ορισμός

·noun An exclamation of joy or triumph;

- often interjectional.

Εμφάνιση περισσότερων ορισμών

Βικιπαίδεια

Multipath I/O

In computer storage, multipath I/O is a fault-tolerance and performance-enhancement technique that defines more than one physical path between the CPU in a computer system and its mass-storage devices through the buses, controllers, switches, and bridge devices connecting them.

As an example, a SCSI hard disk drive may connect to two SCSI controllers on the same computer, or a disk may connect to two Fibre Channel ports. Should one controller, port or switch fail, the operating system can route the I/O through the remaining controller, port or switch transparently and with no changes visible to the applications, other than perhaps resulting in increased latency.

Multipath software layers can leverage the redundant paths to provide performance-enhancing features, including dynamic load balancing, traffic shaping, automatic path management, and dynamic reconfiguration.

https://en.wikipedia.org/wiki/Multipath I/O