'Public void run' presentation slideshows

Analysis of Multithreaded Programs

Analysis of Multithreaded Programs. Martin Rinard Laboratory for Computer Science Massachusetts Institute of Technology. What is a multithreaded program?. NOT general parallel programs No message passing No tuple spaces No functional programs No concurrent constraint programs

1.63k views • 145 slides

Java for High Performance Computing

Java for High Performance Computing. Multithreaded and Shared-Memory Programming in Java http://www.hpjava.org/courses/arl Instructor: Bryan Carpenter Pervasive Technology Labs Indiana University. Java as a Threaded Language.

1.03k views • 80 slides

CS 2110: Parallel Programming

CS 2110: Parallel Programming. A brief intro to: Parallelism, Threads, and Concurrency. Our Goals. Appreciate the (increasing) importance of parallel programming Understand fundamental concepts: Parallelism, threads, multi-threading, concurrency, locks, etc.

779 views • 63 slides

965 views • 54 slides

Threads

Threads. Java Threads. A thread is not an object A thread is a flow of control A thread is a series of executed statements A thread is a nested sequence of method calls. The Thread Object. A thread is not an object A Thread is an object void start()

854 views • 42 slides

Threads

Threads . Doing Several Things at Once. Threads. What are Threads? Two Ways to Obtain a New Thread The Lifecycle of a Thread Four Kinds of Thread Programming. What are Threads?. A Thread is a unit of program execution that runs independently from other threads. lightweight process

550 views • 39 slides

Concurrent Programming in Java

Concurrent Programming in Java. Dr. Zoltan Papp. Motivation: event driven, responsive systems. Sequential approach:. while ( true ) { do event = getEventId() while ( event == null ); switch ( event ) { case E1: action1(); break; case E2: action2(); break; . .

526 views • 35 slides

475 views • 34 slides

Java Thread and Memory Model

333 views • 30 slides

Advance Patterns and Frameworks Frameworker's Dilemma

Advance Patterns and Frameworks Frameworker's Dilemma. Peter Sommerlad, SS2005. Overview. stable Interfaces vs. Framework Evolution forces pulling in opposite directions simple stable and generic Interfaces configurability Eclipse's approach dilemma explanation plug-in architecture

548 views • 29 slides

Deadlock Resolution via Exceptions for Dependable Java Applications

Deadlock Resolution via Exceptions for Dependable Java Applications. Fancong Zeng Dept. of Computer Science Rutgers University 06/25/2003. Problem and Breakthrough . Problem: the productivity of dependable applications containing deadlock-free code only is unsatisfactory.

394 views • 27 slides

CSE373: Data Structures & Algorithms Lecture 26: Introduction to Multithreading & Fork-Join Parallelism

CSE373: Data Structures & Algorithms Lecture 26: Introduction to Multithreading & Fork-Join Parallelism. Nicki Dell Spring 2014. Changing a major assumption. So far most or all of your study of computer science has assumed One thing happened at a time

416 views • 27 slides

533 views • 25 slides

CS 162 Nachos Tutorial

CS 162 Nachos Tutorial. Image courtesy of Thomas Andersen: http://www.cs.washington.edu/homes/tom/nachos/. Outline. What is Nachos? Capabilities, purpose, history How does it work? How do I get started?. What is Nachos?. An instructional operating system Includes many facets of a real OS:

521 views • 23 slides

Multithreading

Multithreading. The objectives of this chapter are: To understand the purpose of multithreading To describe Java's multithreading mechanism To explain concurrency issues caused by multithreading To outline synchronized access to shared resources. What is Multithreading?.

407 views • 21 slides

The Client-Server Paradigm

The Client-Server Paradigm. Introduction. The Client-Server paradigm is the most prevalent model for distributed computing protocols. It is the basis of all distributed computing paradigms at a higher level of abstraction. It is service -oriented, and employs a request-response protocol .

942 views • 21 slides

Test a Little, Code a Little

270 views • 21 slides

David Evans http://www.cs.virginia.edu/evans

Lecture 15: Concurring Concurrently. David Evans http://www.cs.virginia.edu/evans. CS201j: Engineering Software University of Virginia Computer Science. Our computer can only do one instruction at a time, why would we want to program pretending it can do many things at once?.

174 views • 17 slides

Keeping your Swing Applications Responsive using FoxTrot and Friends

314 views • 12 slides

DISTRIBUTED SYSTEMS Principles and Paradigms Second Edition ANDREW S. TANENBAUM MAARTEN VAN STEEN Chapter 3 Processes

DISTRIBUTED SYSTEMS Principles and Paradigms Second Edition ANDREW S. TANENBAUM MAARTEN VAN STEEN Chapter 3 Processes. Example: Java. - main thread - minor thread by main thread (share cpu time) - last terminated thread: main thread class mythread{ public static void main(String[]args){

494 views • 6 slides