OPERATING SYSTEM CONCEPTS GALVIN SIXTH EDITION PDF

TRANG 1 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION TRANG 2 3.2 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION CHAPTER 3: P[r]

TRANG 1 CHAPTER 13: I/O SYSTEMS TRANG 2 13.2 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7TH EDITION, JAN 2, 2005 CHAPTER 13: I/O SYSTEMS CHAPTER 13: I/O SYSTEMS I/O[r]

The role of the operating system in computer I/O is to manage and control I/O operations and I/O devices. Although related topics appear in other chapters, here we bring together the pieces to paint a complete picture of I/O. First, we describe the basics of I/O hardware. Next, we discuss the I/O se[r]

The Windows 2000 operating system is designed to take advantage of the many advances in processor technology. Although primarily run on the Intel architecture, Windows 2000 was designed to be portable in order to take advantage of whatever promising technologies happened to come along. Key goals for[r]

A cooperating process is one that can affect or be affected by other processes executing in the system. Cooperating processes can either directly share a logical address space (that is, both code and data) or be allowed to share data only through files or messages. The former case is achieved through[r]

Lecture Operating system concepts (Sixth ed) - Chapter 1: Introduction. In this chapter, you will learn to: To describe the basic organization of computer systems, to provide a grand tour of the major components of operating systems, to give an overview of the many types of computing environments, t[r]

■ _Scheduling under 1 and 4 is nonpreemptive._ TRANG 6 Silberschatz, Galvin and Gagne 2002 6.6 OPERATING SYSTEM CONCEPTS DISPATCHER ■ Dispatcher module gives control of the CPU to the p[r]

 Assume that each process executes at a nonzero speed  _No assumption concerning relative speed of the n _ TRANG 13 Silberschatz, Galvin and Gagne 2002 7.13 OPERATING SYSTEM CONCEPTS [r]

SOFT QOS - allows different traffic streams to be prioritized, however no QoS guarantees are made TRANG 13 20.13 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDIT[r]

TRANG 1 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION TRANG 2 4.2 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION CHAPTER 4: T[r]

Terminates „ Scheduling under 1 and 4 is nonpreemptive TRANG 7 5.7 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7THEDITION, FEB 2, 2005 DISPATCHER DISPATCHER „ Dispat[r]

TRANG 1 Silberschatz, Galvin and Gagne 2002 21.1 OPERATING SYSTEM CONCEPTS MODULE 21: WINDOWS 2000 ■ History ■ Design Principles ■ System Components ■ Environmental Subsystems ■ File sy[r]

TRANG 16 Silberschatz, Galvin and Gagne 2002 22.16 OPERATING SYSTEM CONCEPTS EXECUTIVE — VIRTUAL MEMORY MANAGER The design of the VM manager assumes that the underlying hardware support[r]

TRANG 10 19.10 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7THEDITION, JAN 1, 2005 ADDRESS TRANSLATION TRANG 11 19.11 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING [r]

TRANG 1 CHAPTER 1: INTRODUCTION TRANG 2 1.2 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7TH EDITION, JAN 12, 2005 CHAPTER 1: INTRODUCTION CHAPTER 1: INTRODUCTION ■ W[r]

TRANG 1 MODULE 16: DISTRIBUTED SYSTEM STRUCTURES TRANG 2 16.2 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7TH EDITION, APR 4, 2005 CHAPTER 16: DISTRIBUTED SYSTEM STR[r]

TRANG 1 CHAPTER 11: FILE SYSTEM CHAPTER 11: FILE SYSTEM IMPLEMENTATION TRANG 2 11.2 SILBERSCHATZ, GALVIN AND GAGNE ©2005 OPERATING SYSTEM CONCEPTS – 7TH EDITION, JAN 1, 2005 CHAPTER 11: [r]

Everything else is either a system program TRANG 10 1.10 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION COMPUTER STARTUP ■ BOOTSTRAP PROGRAM IS LOADED AT PO[r]

TRANG 13 EXAMPLE OF SYSTEM CALLS TRANG 14 2.14 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION EXAMPLE OF STANDARD API ■ Consider the ReadFile function in th[r]

TRANG 1 TRANG 2 12.2 SILBERSCHATZ, GALVIN AND GAGNE ©2009 OPERATING SYSTEM CONCEPTS – 8TH EDITION CHAPTER 12: MASS-STORAGE SYSTEMS ■ Overview of Mass Storage Structure ■ Disk Structure ■[r]