Operating Systems: Concepts and DesignMcGraw-Hill, 1987 - 568 Seiten A text for upper level undergraduate operating systems courses or a supplement for real-time systems and systems programming courses, this new edition puts emphasis on design and is careful in its evolution from theory to practice. |
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Concepts and Design M. Milenkovic. CHAPTER ONE INTRODUCTION An operating system ( OS ) may be viewed as an organized ... system users . Operating systems designed for million - dollar computers 1.
Concepts and Design M. Milenkovic. CHAPTER ONE INTRODUCTION An operating system ( OS ) may be viewed as an organized ... system users . Operating systems designed for million - dollar computers 1.
Seite 232
Concepts and Design M. Milenkovic. having the operating system determine the size of the main memory during the initial system startup . In order to provide a contiguous area of free memory for transient programs , the operating system ...
Concepts and Design M. Milenkovic. having the operating system determine the size of the main memory during the initial system startup . In order to provide a contiguous area of free memory for transient programs , the operating system ...
Seite 391
... systems , where the operating system is mapped into each user's virtual space . Such systems may use the procedure- call mechanism for its efficiency , since they provide protection to common OS routines through address - space ...
... systems , where the operating system is mapped into each user's virtual space . Such systems may use the procedure- call mechanism for its efficiency , since they provide protection to common OS routines through address - space ...
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address space algorithm allocation assumed blocks buffer busy-wait bytes called caller Chapter command completed concurrent control-block created critical section data structures deadlock Delayed list described discussed disk DISPATCH dynamic entry example execution FIFO Figure functional specification given global variable I/O devices IBM Personal Computer implementation indicated initial input instruction interprocess synchronization interrupt interrupt request invoked kernel KMOS KMOSCLOCK logical mailbox descriptor main memory mapping mechanism memory-management module monitor multiprocess multiprogramming MUTEX mutual exclusion node operating system operating-system output overhead page faults partition performance physical memory pointer preempted priority problem procedure queue Ready list RECEIVE registers request requires result run-time running process scheduling scheduling disciplines secondary storage sectors segment semaphore sequence shared resource signal stack suspended swapping terminal TLAB update USART user processes usually virtual address virtual memory waiting