'Incoming edges' diaporamas de présentation

Commutativity Analysis: A New Analysis Framework for Parallelizing Compilers

Commutativity Analysis: A New Analysis Framework for Parallelizing Compilers. Martin C. Rinard University of California, Santa Barbara. Goal. Automatically Parallelize Irregular, Object-Based Computations That Manipulate Dynamic, Linked Data Structures. Structure of Talk.

751 views • 61 slides

Assessing the Impact of Framework Changes Using Component Ranking

Assessing the Impact of Framework Changes Using Component Ranking. Reishi Yokomori Nanzan University, Japan Harvey Siy University of Nebraska at Omaha, USA Masami Noro Nanzan University, Japan Katsuro Inoue Osaka University, Japan. Background.

613 views • 41 slides

Assessing the Impact of Framework Changes Using Component Ranking

Assessing the Impact of Framework Changes Using Component Ranking. Reishi Yokomori Nanzan University, Japan Harvey Siy University of Nebraska at Omaha, USA Masami Noro Nanzan University, Japan Katsuro Inoue Osaka University, Japan. Background.

542 views • 41 slides

Translating from LTL to automata Book: Chapter 6

Translating from LTL to automata Book: Chapter 6. Why translating?. Want to write the specification in some logic. Want model-checking tools to be able to check the specification automatically. Preprocessing. Convert into normal form, where negation only applies to propositional variables.

488 views • 37 slides

Translating from logic to automata Book: Chapter 6

Translating from logic to automata Book: Chapter 6. Why translating?. Want to write the specification in some logic. Want model-checking tools to be able to check the specification automatically. Preprocessing. Convert into normal form, where negation only applies to propositional variables.

371 views • 25 slides

Introduction to Algorithms

Introduction to Algorithms. Chapter 22: Elementary Graph Algorithms. Graph Terminology. A graph G = ( V , E ) V = set of vertices E = set of edges In an undirected graph: edge ( u , v ) = edge ( v , u ) In a directed graph:

376 views • 23 slides

A Self-Healing Approach for A Domain-Specific Deep Web Search Tool

334 views • 19 slides

Lab13

Lab13 . Topological sorting. Problem. For a directed, acyclic graph G=(V,E), f ind a linear ordering of the vertices of V such that for each edge ( i,j ) in E , vertex i is to the left of vertex j . Input . output. Algorithms. L ? Empty list that will contain the sorted elements

309 views • 12 slides