INPUT and OUTPUT ORGANIZATION in COMPUTER ARCHITECTURE BY WILLIAM SURYAJA

Sep 14, 2012

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INPUT and OUTPUT ORGANIZATION in COMPUTER ARCHITECTURE BY WILLIAM SURYAJA

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William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 1 Introduction. Architecture & Organization 1. Architecture is those attributes visible to the programmer Instruction set, number of bits used for data representation, I/O mechanisms, addressing techniques.

429 views • 18 slides

Input-output organization

Input-output organization. External Devices I/O Modules Programmed I/O Interrupt Driven I/O Direct Memory Access I/O Channels and Processors. INTRODUCTION. The computer system’s I/O architecture is its interface to the outside world.

359 views • 14 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 8 Computer Arithmetic. Arithmetic & Logic Unit. Does the calculations Everything else in the computer is there to service this unit Handles integers May handle floating point (real) numbers

493 views • 39 slides

INPUT-OUTPUT ORGANIZATION

INPUT-OUTPUT ORGANIZATION. Peripheral Devices Input-Output Interface Asynchronous Data Transfer Modes of Transfer Priority Interrupt Direct Memory Access Input-Output Processor Serial Communication. Peripheral Devices. PERIPHERAL DEVICES. Input Devices. Output Devices.

1.93k views • 30 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 6 External Memory. Types of External Memory. Magnetic Disk RAID Magnetic Tape Optical CD-ROM CD-R CD-RW DVD. Magnetic Disk. Metal or plastic disk coated, on one or both sides, with magnetizable material

456 views • 23 slides

Input-Output Organization

Chapter 11. Input-Output Organization. ISOLATED VERSUS MEMORY MAPPED I/O. Many computers use one common bus to transfer information between memory or I/O and the CPU. The distinction between a memory transfer and I/O transfer is made through separate read and write lines.

591 views • 10 slides

INPUT/OUTPUT ORGANIZATION

INPUT/OUTPUT ORGANIZATION. Chapter 8. Accessing I/O Devices. Processor. Memory. Bus. I/O de. vice 1. I/O de. vice. n. Accessing I/O devices. Multiple I/O devices may be connected to the processor and the memory via a bus.

1.36k views • 96 slides

Input/Output Organization

Input/Output Organization. Outside the CPU. Computers must be able to communicate with the outside world Large variety of devices size speed distance Timing and electrical properties not the same as within CPU. Single bus structure. Processor. Memory. Bus. I/O device #1.

664 views • 51 slides

Input / Output Organization

Computer Architecture Lecture – 4. Input / Output Organization. What we have done so far??. Discussed individual functional units of the computer. But to form a fully computational unit , they must be connected and organized in a proper way. Bus Structure & I/O device.

587 views • 28 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 4 & 5 Cache Memory and Internal Memory. Computer Components: Top Level View. registers. Memory. How much ? As much as possible How fast ? As fast as possible How expensive ? As cheap as possible

1.01k views • 72 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 10 Instruction Sets: Characteristics and Functions. What is an instruction set?. The complete collection of instructions that are understood by a CPU

654 views • 50 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 9 Computer Arithmetic. The von Neumann computer. Arithmetic and Logic Unit. Input Output Equipment. Main Memory. Program Control Unit. CPU Components: Top Level View. Registri. PC. Control Lines. Data Lines.

548 views • 38 slides

COMPUTER ORGANIZATION AND ARCHITECTURE (William Stallings)

COMPUTER ORGANIZATION AND ARCHITECTURE (William Stallings). CHAPTER 14 CONTROL UNIT OPERATION. Fungsi-fungsi yang dimiliki CPU :. Operasi-operasi (Opcode) Mode-mode Pengalamatan Register-register Antarmuka Modul I/O Antarmuka Modul Memori Struktur Pengolahan Interrupt. Operasi Mikro.

454 views • 21 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 5 External Memory. Types of External Memory. Magnetic Disk RAID Removable Optical CD-ROM CD-Writable (WORM) CD-R/W DVD Magnetic Tape. Magnetic Disk.

484 views • 37 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 5 Memori External. Jenis Memori External. Magnetic Disk RAID Removable Optical CD-ROM CD-Writable (WORM) CD-R/W DVD Magnetic Tape. Magnetic Disk.

473 views • 34 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 14 Control Unit Operation. Micro-Operations. A computer executes a program Fetch/execute cycle Each cycle has a number of steps see pipelining Called micro-operations Each step does very little Atomic operation of CPU.

270 views • 25 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 11 CPU Structure and Function. CPU Structure. CPU must: Fetch instructions Interpret instructions Fetch data Process data Write data. Registers. CPU must have some working space (temporary storage) Called registers

439 views • 40 slides

William Stallings Computer Organization and Architecture

William Stallings Computer Organization and Architecture. Chapter 13 Instruction Level Parallelism and Superscalar Processors. What is Superscalar?. Common instructions (arithmetic, load/store, conditional branch) can be initiated and executed independently

346 views • 28 slides

INPUT-OUTPUT ORGANIZATION

200 views • 15 slides

INPUT-OUTPUT ORGANIZATION

INPUT-OUTPUT ORGANIZATION. Peripheral Devices Input-Output Interface Asynchronous Data Transfer Modes of Transfer Priority Interrupt Direct Memory Access Input-Output Processor Serial Communication.

1.16k views • 52 slides

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