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ハードウェア/ソフトウェア・コデザイン講義概要 |
16:35 |
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システムLSI設計手法とコデザイン |
33:30 |
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システムレベル設計手法 |
26:24 |
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HW/SWコデザインの原理 |
33:13 |
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2 命令セットプロセッサ最適化技術
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Computer Architecture Terminology
Pipeline Processor Model
VLIW v.s. Superscaler/
VLIW Architecture Model
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30:48 |
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PEAS Project
PEAS-TSystem for Scalar Processor
CPU Core Model in PEAS-T
Design Flow in PEAS-T System
APA:Application Program Analyzer
Analysis Result of Sample Programs
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20:44 |
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AIG:CPU Core Optimizer
Classification of IMSP
HW/SW Partitioning for Pipeline Architecture
Branch-and-Bound Method
Execution Cycle Estimation(IMSP-2P)
Adaptive Database Approach
Pipeline Scheduling /
Experimental Results
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32:01 |
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PEAS-U System Outline
VLIW Architecture Model
Design Flow in PEAS-U
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32:40 |
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Exection Cycle Estimation
HW Cost Estimation
Architecture Optimization
Experiments /
Major Publication
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26:12 |
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3 コンパイラ技術
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Overview /
Front End Processing
Lexical Analysis /
Syntax Analysis
Sematic Analysis /
Symbol Table
Intermediate Code Generation
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34:30 |
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Code Optimization/
Control Flow Graph
Optimization Techniques
Common Subexpression Elimination(Local)
Copy Propagation /
Loop Optimization
Unreachable Code Elimination
Control Flow Optimization
Arithmetic Optimization /
Operation Combining
Machine Dependent Optimization
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37:54 |
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Instruction Scheduling /
Scheduling Algorithms
Data Flow Graph(DFG)
ASAP(As Soon As Possible)
ALAP(As Late As Possible)
List-Based Scheduling /
Instruction Priority
Delayed Branch Scheduling /
Pipeline Hazard
Instruction Issue/Completion Scheme
Cause of Data Hazards
Mechanism for Register Forwarding
Control Hazards
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37:20 |
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Operation Reordering(1)
Operation Reordering(2)
Instruction Pattern Example
Instruction Pattern Matching
Register Allocation & Assignment
Local Register Allocation
Global Register Allocation
Register Assignment
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25:48 |
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