'System bus' diaporamas de présentation

Chapter 11

Chapter 11. Network Organization and Architecture. Chapter 11 Objectives. Become familiar with the fundamentals of network architectures. Learn the basic components of a local area network. Become familiar with the general architecture of the Internet. 11.1 Introduction.

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Interrupts and Exceptions

Interrupts and Exceptions. COMS W4118 Spring 2008. Overview. CPU Control Flow Interrupts and Exceptions Exception Types and Handling Interrupt Request Lines (IRQs) Programmable Interrupt Controllers (PIC) Interrupt Descriptor Table (IDT) Hardware Dispatching of Interrupts

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Standard I/O and Core Peripherals

Standard I/O and Core Peripherals. Speaker: Tian-Sheuan Chang July, 2004. Goal of This Lab. Familiarize with ARM Hardware Development Environment ARM Integrator/AP Core Module Logic Module How to use Timer/Interrupt. Outline. ARM Integrator Core Module (CM) [1]

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901320 Computer Architecture Chapter 1 Objectives

901320 Computer Architecture Chapter 1 Objectives. Know the difference between computer organization and computer architecture. Understand units of measure common to computer systems Appreciate the evolution of computers. Understand the computer as a layered system.

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EECS 373 Design of Microprocessor-Based Systems Prabal Dutta University of Michigan Lecture 5: Memory and Peripheral Bus

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Expansion Bus

Expansion Bus. Chapter 6. Overview. In this chapter, you will learn to Identify the structure and function of the expansion bus Explain classic system resources Identify the modern expansion bus slots Install expansion cards properly Troubleshoot expansion card problems.

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8086/8088 Microprocessor

8086/8088 Microprocessor Introduction to the processor and its pin configuration Topics Basic Features Pinout Diagram Minimum and Maximum modes Description of the pins Basic Features 8086 announced in 1978; 8086 is a 16 bit microprocessor with a 16 bit data bus

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8086/8088 Microprocessor

8086/8088 Microprocessor. Introduction to the processor and its pin configuration. Topics. Basic Features Pinout Diagram Minimum and Maximum modes Description of the pins. Basic Features. 8086 announced in 1978; 8086 is a 16 bit microprocessor with a 16 bit data bus

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OpenGL Performance Techniques & Computer Architecture Implications

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A Security-centric Ring-based Software Architecture

Fighting Mechanism. Population. Infrastructure. Organic Essentials. Leadership. A Security-centric Ring-based Software Architecture. Jay-Evan J. Tevis John A. Hamilton, Jr. Western Illinois University Auburn University

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What is Assembly Language?

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Interrupts in Protected-Mode

Interrupts in Protected-Mode. Writing a protected-mode interrupt-service routine for the timer-tick interrupt. Rationale. Usefulness of a general-purpose computer is dependent on its ability to interact with various peripheral devices attached to it (e.g., keyboard, display, disk-drives, etc.)

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Priority Inheritance and Priority Ceiling Protocols

Priority Inheritance and Priority Ceiling Protocols. L. Sha, R. Rajkumar, and J. P. Lehoczky, "Priority Inheritance Protocols: An Approach to Real-Time Synchronization", IEEE Transactions on Computers, Vol. 39, No. 9, Sept. 1990. Priority Inversion.

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8086/8088 Hardware Specifications

8086/8088 Hardware Specifications. A Course in Microprocessor Electrical Engineering Dept. University of Indonesia. Pin-Outs & The Pin Functions. Pin-Out (see Fig. 8-1 ) Both are packeged in 40-pin dual in-line packeges (DIPs) The major difference between 8086 & 8088

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Direct memory access Direct memory access (DMA) is a process in which an external device takes over the control of syst

Direct memory access Direct memory access (DMA) is a process in which an external device takes over the control of system bus from the CPU. DMA is for high-speed data transfer from/to mass storage peripherals, e.g. harddisk drive, magnetic tape, CD-ROM, and sometimes video controllers.

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The Hardware Interface

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Higher Computing

Higher Computing. Computer Systems Interfaces. Introduction . All peripherals connect to the input/output bus via slots in the back of the computer. All peripherals work at different operating speeds, have different languages and work with different amounts of data at a time.

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Lecture 2: IBM PC/AT and ISA Bus

Lecture 2: IBM PC/AT and ISA Bus. 80386- based PC/AT-Compatible System. DRAM. 82345 Data Buffer. 386 DX+82340 chip set. 386 DX. SYSTEM BUS. LOCAL BUS. 82346 System Controller. 82341 Peripheral Combo. 387 DX. 82344 ISA Controller. 82385 DX Cache Controller. Cache. BIOS.

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