'Physical address' presentation slideshows

1.3k views • 101 slides

Chapter 5 Memory Hierarchy Design

Chapter 5 Memory Hierarchy Design. Introduction. The necessity of memory-hierarchy in a computer system design is enabled by the following two factors: Locality of reference: The nature of program behavior Large gap in speed between CPU and mass storage devices such a DRAM.

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Texas 21 st Century Community Learning Centers Cycle 4

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Operating System Overview

Operating System Overview. OS Objectives and Functions Evolution of the OS Major Achievements Modern OS Characteristics Windows 2000 UNIX. Operating System. A program that controls the execution of application programs An interface between applications and hardware.

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Chapter 8: Main Memory

Chapter 8: Main Memory. Chapter 8: Memory Management. Background Swapping Contiguous Memory Allocation Paging Structure of the Page Table Segmentation Example: The Intel Pentium. Objectives. To provide a detailed description of various ways of organizing memory hardware

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Chapter 8: Memory-Management Strategies

Chapter 8: Memory-Management Strategies. Chapter 8: Memory Management Strategies. Background Swapping Contiguous Memory Allocation Paging Structure of the Page Table Segmentation Example: The Intel Pentium. Objectives.

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Chapter 9: Memory Management

Chapter 9: Memory Management. Background Swapping Contiguous Allocation Paging Segmentation Segmentation with Paging. Background. Program must be brought into memory and placed within a process for it to be run.

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15-744: Computer Networking

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Chapter 2

Chapter 2. The OSI Model and the TCP/IP Protocol Suite. Objectives. Upon completion you will be able to:. Understand the architecture of the OSI model Understand the layers of the OSI model and their functions Understand the architecture of the TCP/IP Protocol Suite

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CSCI-1680 Network Layer: IP & Forwarding

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Chapter 7 ARP and RARP

Chapter 7 ARP and RARP. Introduction. The logical addresses in TCP/IP protocol suite are IP addresses Physical address is usually implemented in hardware Ex) 48-bit MAC addresses in Ethernet and Token ring protocols, which are imprinted on the NIC installed in the host or router.

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Virtual Memory March 23, 2000

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Memory System Case Studies Oct. 31, 2007

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Hyper-Threading Technology Architecture and Micro-Architecture

Hyper-Threading Technology Architecture and Micro-Architecture. Prepared by Tahir Celebi Istanbul, 2005. Outline. Introduction Traditional Approaches Hyper-Threading Overview Hyper-Threading Implementation Front-End Execution Out-of-Order Execution Performance Results OS Supports

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Virtualization Technology

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PIC

PIC Development - Buildings And Units Creating The Building And Unit Inventory Choosing A Building Type In PIC Development The key to choosing which type of building you have in PIC is to answer the following questions: Does the building have more than one unit Yes: Go to question 2

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525 views • 27 slides

PIC

PIC. Development - Buildings And Units. Creating The Building And Unit Inventory. Choosing A Building Type In PIC Development. The key to choosing which type of building you have in PIC is to answer the following questions: Does the building have more than one unit Yes: Go to question 2

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9.9.2 Memory Placement Strategies

9.9.2 Memory Placement Strategies. Where to put incoming processes First-fit strategy Process placed in first hole of sufficient size found Simple, low execution-time overhead Best-fit strategy Process placed in hole that leaves least unused space around it More execution-time overhead

628 views • 19 slides