By Abraham Silberschatz, Peter Baer Galvin, Greg Gagne
Operating process Concepts, now in its ninth edition, continues to supply an excellent theoretical beginning for realizing working structures. The 9th edition has been completely up-to-date to incorporate modern examples of ways working structures function.
The textual content contains content material to bridge the space among innovations and genuine implementations.
End-of-chapter difficulties, routines, assessment questions, and programming workouts aid to additional toughen vital concepts.
A new digital computing device presents interactive routines to assist interact scholars with the cloth.
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Extra resources for Operating System Concepts (9th Edition)
Such systems have two or more processors in close communication, sharing the computer bus and sometimes the clock, memory, and peripheral devices. Multiprocessor systems ﬁrst appeared prominently appeared in servers and have since migrated to desktop and laptop systems. Recently, multiple processors have appeared on mobile devices such as smartphones and tablet computers. Multiprocessor systems have three main advantages: 1. Increased throughput. By increasing the number of processors, we expect to get more work done in less time.
4, the storage systems above the solid-state disk are volatile, whereas those including the solid-state disk and below are nonvolatile. Solid-state disks have several variants but in general are faster than magnetic disks and are nonvolatile. One type of solid-state disk stores data in a large DRAM array during normal operation but also contains a hidden magnetic hard disk and a battery for backup power. If external power is interrupted, this solid-state disk’s controller copies the data from RAM to the magnetic disk.
They may come in the form of device-speciﬁc processors, such as disk, keyboard, and graphics controllers; or, on mainframes, they may come in the form of more general-purpose processors, such as I/O processors that move data rapidly among the components of the system. All of these special-purpose processors run a limited instruction set and do not run user processes. Sometimes, they are managed by the operating system, in that the operating system sends them information about their next task and monitors their status.