'Original loop' presentation slideshows

Modeling Ion Channel Kinetics with High-Performance Computation

Modeling Ion Channel Kinetics with High-Performance Computation . Allison Gehrke Dept. of Computer Science and Engineering University of Colorado Denver. Agenda . Introduction Application Characterization, Profile, and Optimization Computing Framework Experimental Results and Analysis

530 views • 42 slides

EENG 449bG/CPSC 439bG Computer Systems Lecture 13 ARM Performance Issues and Programming

EENG 449bG/CPSC 439bG Computer Systems Lecture 13 ARM Performance Issues and Programming. February 24, 2005 Prof. Andreas Savvides Spring 2005 http://www.eng.yale.edu/courses/eeng449bG. ARM Thumb Benchmark Performance. Dhrystone benchmark result Memory System Performance. ARM vs. THUMB.

452 views • 33 slides

Trace Scheduling, Superblock Scheduling, and Hyperblock Scheduling

Trace Scheduling, Superblock Scheduling, and Hyperblock Scheduling. ???. Introduction. VLIW and superscalar processors need sufficient ILP to effectively utilize the parallel hardware. ILP within basic blocks is limited for control-intensive programs.

825 views • 32 slides

CS 378 Programming for Performance Single-Thread Performance: Compiler Scheduling for Pipelines

CS 378 Programming for Performance Single-Thread Performance: Compiler Scheduling for Pipelines. Siddhartha Chatterjee Spring 2008. Review of Pipelining. Pipelining reduces throughput of an instruction sequence, not the latency of an individual instruction

443 views • 21 slides

Generalized Index-Set Splitting

277 views • 20 slides

Lecture: Static ILP

Lecture: Static ILP. Topics: compiler scheduling, loop unrolling, software pipelining (Sections C.5, 3.2). Static vs Dynamic Scheduling. Arguments against dynamic scheduling: requires complex structures to identify independent instructions (scoreboards, issue queue)

328 views • 18 slides

Register Pressure Guided Unroll-and-Jam

Author: Yin Ma Steven Carr. Register Pressure Guided Unroll-and-Jam. Motivation. In a processor, register sits at the fastest position in the memory hierarchy, but the number of physical registers is very limited.

304 views • 18 slides

Static Compiler Optimization Techniques

Static Compiler Optimization Techniques. We already examined the following static compiler techniques aimed at improving pipelined CPU performance: Static pipeline scheduling (in ch 4.1). Loop unrolling (ch 4.1). Static branch prediction (in ch 4.2).

163 views • 12 slides

Static Compiler Optimization Techniques

Static Compiler Optimization Techniques. We already examined the following static compiler techniques aimed at improving pipelined CPU performance: Static pipeline scheduling (in ch 4.1). Loop unrolling (ch 4.1). Static branch prediction (in ch 4.2).

314 views • 10 slides

Static Compiler Optimization Techniques

Static Compiler Optimization Techniques. We already examined the following static compiler techniques aimed at improving pipelined CPU performance: Static pipeline scheduling (in ch 4.1). Loop unrolling (ch 4.1). Static branch prediction (in ch 4.2).

102 views • 10 slides

Butterfly Knot Instructions

329 views • 5 slides