Memory hierarchy performance prediction for blocked sparse algorithms

Source URL: www.des.udc.es

Lecture 8: The Cache Oblivious Approach www.cs.illinois.edu/~wgropp Designing for Memory Hierarchy

Source URL: wgropp.cs.illinois.edu

Chapter 5 Memory Hierarchy Reading: The corresponding chapter in the 2nd edition is Chapter 7, in the 3rd edition it is Chapter 7 and in the 4th edition it is Chapter

Source URL: eceweb.ucsd.edu

Lecture 8: The Cache Oblivious Approach www.cs.illinois.edu/~wgropp Designing for Memory Hierarchy

Source URL: wgropp.cs.illinois.edu

• Cache
• Computer architecture
• Computing
• Analysis of algorithms
• Models of computation
• Computer science
• Computer engineering
• Cache-oblivious algorithm
• Computer memory
• Memory hierarchy
• Divide and conquer algorithms
• CPU cache

Static Prediction of Worst-case Data Cache Performance in the Absence of Base Address Information Diego Andrade, Basilio B. Fraguela and Ram´on Doallo University of A Coru˜na, Spain {dcanosa,basilio,doallo}@udc.es

Source URL: www.des.udc.es

• Cache
• Compiler optimizations
• Computing
• Computer architecture
• Computer memory
• Computer engineering
• Locality of reference
• Software optimization
• Cache replacement policies
• Loop optimization
• Memory hierarchy
• Loop interchange

Servet: A Benchmark Suite for Autotuning on Multicore Clusters Jorge Gonz´alez-Dom´ınguez, Guillermo L. Taboada, Basilio B. Fraguela, Mar´ıa J. Mart´ın, Juan Touri˜no Computer Architecture Group Department of Ele

Source URL: www.des.udc.es

• Computing
• Computer architecture
• Computer engineering
• Cache
• Computer memory
• Cache hierarchy
• Multi-core processor
• Xeon
• Memory hierarchy
• Intel Core
• CPU cache
• Cache memory

Managing multicore caches Silas Boyd-Wickizer, Robert Morris, Nickolai Zeldovich, M. Frans Kaashoek What this talk is about ●

Source URL: hpts.ws

• Computing
• Computer memory
• Computer architecture
• Computer hardware
• Computer engineering
• Cache
• CPU cache
• Multi-core processor
• Dynamic random-access memory
• Random-access memory
• Cache hierarchy
• Cache memory

Abstract Massive Data Streams in Graph Theory and Computational Geometry Jian Zhang 2005 Streaming is an important paradigm for handling data sets that are too large to fit in main memory. In the streaming computational

Source URL: cs-www.cs.yale.edu

• Computing
• Computer architecture
• Concurrent computing
• Computational complexity theory
• Algorithm
• Computational geometry
• Distributed computing
• Graph theory
• Memory hierarchy
• Academia
• Streaming algorithm
• Theoretical computer science

Exploiting ARM Performance Monitors Advisor(s): Raphael Spreitzer Institute for Applied Information Processing and Communications (IAIK) Graz University of Technology, Austria Motivation

Source URL: www.iaik.tugraz.at

• Computer architecture
• Computing
• Cache
• Computer engineering
• Memory hierarchy
• Computer memory

Lecture 5: More on Cache Memory William Gropp www.cs.illinois.edu/~wgropp Simplified Computer

Source URL: wgropp.cs.illinois.edu

• Computer memory
• Computing
• Computer architecture
• Computer hardware
• Cache
• Computer engineering
• Central processing unit
• CPU cache
• Memory hierarchy
• Random-access memory
• Draft:Cache memory
• Scratchpad memory