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High Performance Computer Architecture
broucher Course Brochure
High Performance Computer Architecture
by Prof Ajit Pal

In computer engineering, computer architecture is a set of rules and methods that describe the functionality, organization, and implementation ofcomputer systems. Some definitions of architecturedefine it as describing the capabilities and programming model of a computer but not a particular implementation....

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Program Fee
FREE
About This Course

In computer engineering, computer architecture is a set of rules and methods that describe the functionality, organization, and implementation ofcomputer systems. Some definitions of architecturedefine it as describing the capabilities and programming model of a computer but not a particular implementation....


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Course Curriculum
1 Sections | 41 Lecture | 38h 00min total length
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High Performance Computer Architecture

Introduction and Course Outline

| 38h 00min total length
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    Introduction and Course Outline

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    Performance

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    Instruction Set Architecture

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    MIPS ISA Processor

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    MIPS ISA Processor (Contd.)

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    Pipelining Introduction

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    Instruction Pipelining

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    Pipeline Hazards

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    Data Hazards

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    Software Pipelining

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    In Quest of Higher ILP

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    In Quest of Higher ILP (Contd.)

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    Dynamic Instruction Scheduling

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    Dynamic Instruction Scheduling (Contd.)?

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    Control Hazards

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    Branch Prediction

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    Branch Prediction (Contd.)

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    Dynamic Instruction Scheduling with Branch Prediction

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    Hardware Based Speculation

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    Tutorial - I

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    Hierarchical Memory Organization

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    Hierarchical Memory Organization (Contd.)

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    Hierarchical Memory Organization (Contd.)

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    Hierarchical Memory Organization (Contd.)

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    Cache Optimization Techniques (Contd.)

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    Cache Optimization Techniques (Contd.)

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    Main Memory Organization

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    Main Memory Optimizations

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    Virtual Memory

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    Virtual Memory (Contd.)

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    Virtual Machines

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    Storage Technology

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    Storage Technology (Contd.)

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    Case Studies

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    Case Studies (Contd.)

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    Case Studies (Contd.)

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    Multithreading and Multiprocessing

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    Simultanoues Multithreading

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    Symmetric Multiprocessors

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    Distributed Memory Multiprocessors

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    Cluster, Grid and Cloud Computing

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