'Victim cache' presentation slideshows

CSE 502: Computer Architecture

CSE 502: Computer Architecture. Memory Hierarchy & Caches. This Lecture. Memory Hierarchy Caches / SRAM Cache Organization and Optimizations. Motivation. Want memory to appear: As fast as CPU As large as required by all of the running applications. Processor. Memory. Storage Hierarchy.

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MS Thesis Defense

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ECE 4100/6100 Advanced Computer Architecture Lecture 10 Memory Hierarchy Design (II)

ECE 4100/6100 Advanced Computer Architecture Lecture 10 Memory Hierarchy Design (II). Prof. Hsien-Hsin Sean Lee School of Electrical and Computer Engineering Georgia Institute of Technology. Topics to be covered . Cache Penalty Reduction Techniques Victim cache Assist cache

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Using Dead Blocks as a Virtual Victim Cache

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CSE 502: Computer Architecture

CSE 502: Computer Architecture. Memory Hierarchy & Caches. Motivation. Want memory to appear: As fast as CPU As large as required by all of the running applications. Processor. Memory. Storage Hierarchy. Make common case fast: Common : temporal & spatial locality

465 views • 38 slides

CSE 502: Computer Architecture

CSE 502: Computer Architecture. Memory Hierarchy & Caches. Motivation. Want memory to appear: As fast as CPU As large as required by all of the running applications. Processor. Memory. Storage Hierarchy. Make common case fast: Common : temporal & spatial locality

390 views • 38 slides

CS203A Graduate Computer Architecture Lecture 14 Cache Design

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ECE 463/563 Fall `18

ECE 463/563 Fall `18. Basic Cache Operation, cont.: replacement policies, write policies, victim caches Prof. Eric Rotenberg. Generic Cache. The same equations hold for any cache type Equation for # of blocks in the cache: Equation for # of sets in the cache:

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John Cavazos Dept of Computer & Information Sciences University of Delaware

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Lecture: Large Caches, Virtual Memory

Lecture: Large Caches, Virtual Memory. Topics: cache innovations (Sections 2.4, B.4, B.5). More Cache Basics. L1 caches are split as instruction and data; L2 and L3 are unified The L1/L2 hierarchy can be inclusive, exclusive, or non-inclusive

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CS 7960-4 Lecture 10

CS 7960-4 Lecture 10. Improving Direct-Mapped Cache Performance by the Addition of a Small Fully-Associative Cache and Prefetch Buffers N.P. Jouppi Proceedings of ISCA-17 1990. Cache Basics. Tag array. Data array. D E C O D E R. Way 1. Way 2. Set. Comparator. Address. Mux.

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Lecture: Large Caches, Virtual Memory

Lecture: Large Caches, Virtual Memory. Topics: cache innovations (Sections 2.4, B.4, B.5). More Cache Basics. L1 caches are split as instruction and data; L2 and L3 are unified The L1/L2 hierarchy can be inclusive, exclusive, or non-inclusive

204 views • 19 slides

Zhongkai Chen 3/25/2010

Network Victim Cache: Leveraging Network-on-Chip for Managing Shared Caches in Chip Multiprocessors. Zhongkai Chen 3/25/2010. Paper Information. Jinglei Wang; Yibo Xue ; Haixia Wang; Dongsheng Wang

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Lecture 12: Cache Innovations

Lecture 12: Cache Innovations. Today: cache access basics and innovations (Sections 5.1-5.2). Accessing the Cache. Byte address. 101000. Offset. 8-byte words. 8 words: 3 index bits. Direct-mapped cache: each address maps to a unique address. Sets.

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Lecture: Large Caches, Virtual Memory

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Lecture 12: Cache Innovations

Lecture 12: Cache Innovations. Today: cache access basics and innovations (Section 2.2) TA office hours on Fri 3-4pm Tuesday Midterm: open book, open notes, material in first ten lectures (excludes this week) Arrive early, 100 mins , 10:35-12:15, manage time well. More Cache Basics.

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??? , ??? CSIE, NTU 11 / 03, 2008

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EE282h: Review Session #3

EE282h: Review Session #3. Programming Assignment #3: Cache Behavior and Design November 12th, 1998. Overview. Project Objectives Simulator Specifications Running the Simulator Analyzing the Results Making improvements Submission Guidelines. Project Objectives.

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