81. WS01 - 19530 - Concurrent Programming 19530V concurrent programming. The goal of the class is for students to become proficientin the concepts and programming techniques of concurrent programming. http://www.inf.fu-berlin.de/lehre/WS01/19530-V/

19530-V Concurrent Programming Administration Lectures Exercises Project ... Examples The final grades are now available ; if you notice any mistakes please email me. There are two students who I have not yet assigned a project grade. If you do not find your grade, it is most likely because I do not have a project grade, an exam grade, or both. The grading scale is on the far right; the homework grades were averaged and converted to a percentage; the homework is worth 40%, the project is worth 20%, and the exam is worth 40%. (4.3.2002) The projects have been graded and the grading sheets are available for you to see your results and read any comments; contact Christof to arrange to get your results. (4.3.2002) You can stop by my office and see the test results until 19. Feb. (13.2.2002) Course evaluation. (24.1.2002) I have updated the UI bundle hopefully one last time . Some problems arose because my assumptions about locking and threading inside the UI bundle were inconsistent with the assumptions of some implementations of WorldServiceActivator , which resulted in potential deadlocks. I tried to eliminate these problems by rewriting the UI so that it doesn't use locks at all. It is sort of a hack, but it is possible because Swing has its own thread and I was able to use it to do the UI work, instead of the calling thread. If you are interested in the details, you can talk with me about it or look at the source... (3.2.2002)

82. OUP USA: Concurrent Programming concurrent programming The Java Programming Language STEPHEN HARTLEY, Richard StocktonCollege concurrent programming shows readers how to utilize the Java http://www.oup-usa.org/docs/0195113152.html

Computer Science or Browse by Subject paper In Stock Standard Table of Contents Higher Education Examination Copy Request ... Online Higher Education Comment Card Concurrent Programming The Java Programming Language STEPHEN HARTLEY, Richard Stockton College Concurrent Programming shows readers how to utilize the Java programming language to write programs that use semaphores, monitors, message passing, remote procedure calls, and the rendezvous for thread synchronization and communication. A Java algorithm animation package is also described. Author's support site, including Java code and full description of the text 272 pp.; 25 linecuts; 6-1/8 x 9-1/4; 0-19-511315-2 Publication dates and prices are subject to change without notice. Prices are stated in US Dollars and valid only for sales transacted through the US website. Please note: some publications for sale at this website may not be available for purchase outside of the US. This page last updated Friday, 04-Apr-2003 04:35:44 EST Please send comments or suggestions about this server to webmaster@oup-usa.org

83. BP Microsystems: 2700 Concurrent Programming System® Return to BP's home page 2700 concurrent programming System ® ConcurrentProgramming The 2700 is a parallelconcurrent programmer. http://www.bpmicro.com/web/products.nsf/deaedaccb76f4c3b8625666e0080e436/3915738

Return to BP's home page 2700 Concurrent Programming System BP-2700 Specifications Right click to save l FX Socket Modules for higher throughput and lower cost per device l 8 to 24 programming sockets l Unsurpassed universal programming speed of 0.24s/Mb. Ideal for today's highest density devices l Very low voltage support down to 1.5V (Vdd) l Unsurpassed device and socket module support Unmatched combination of technology The 2700 Concurrent Programming System is the industry standard for programming throughput and speed, device support and high uptime. It combines the industry's fastest universal programming technology, 20s. The 2700 also uses BP Micro's new FX socket modules and our Concurrent Programming System. This powerful combination, unmatched in the industry, means higher throughput, reduced cost per device and faster turnarounds. What this means to you: higher profits for your business. Faster Programming and FX Technology The 2700 is designed specifically for today's highest density devices and their longer programming times, including Flash. It features the industry's fastest programming technology that programs 64Mb device in just 15s.* The 2700 also uses BP Micro's new FX socket modules. FX

84. BP Microsystems: 2200 Concurrent Programming System® BP Micro's concurrent programming System supports more devices, programsfaster than any other parallel programmer. Return http://www.bpmicro.com/web/products.nsf/deaedaccb76f4c3b8625666e0080e436/bc7af9c

Return to BP's home page 2200 Concurrent Programming System BP-2200 Specifications Right click to save Concurrent architecture Fault-tolerant design Supports more devices than any other parallel programmer Supports Flash EEPROM, EEPROM, EPROM, PROM, FPGAs, PLDs and microcontrollers including antifuse and low voltage devices Full vector and continuity tests up to 240 pins Available Socket Modules include DIP Universal PLCC, standard PLCC, PGA, SOIC, QFP, TSOP, LCC, SDIP, BGA, BGA, PCMCIA, SIMM. System is upgradable to add additional sockets. 2200 Concurrent Architecture The 2200 is the ultimate parallel device programmer, capable of concurrently programming 2-16 complex devices. Because it is a concurrent programmer, the system starts programming each device as soon as the device is inserted. The programming electronics are optimized so programming is speedy, reliable, and independent on each socket. The 2200 has the highest throughput of any universal programmer on the market. The 2200 also has the ability to vector test the latest high-pin-count FPGAs and three volt devices. Fault Tolerance Device Support Flexibility Cost Per Device The 2200 has a proven record of improving programming center profitability by increasing output. The efficiency of the concurrent architecture combined with incredibly fast programming times means one operator with a 2200 can easily outpace several people running conventional programmers. And, that means you will be able to expand your company's sales without expanding your company's walls.

85. Safari Tech Books Online - Concurrent Programming In Java™: Design Princip , Table of Contents. concurrent programming in Java™ Design Principlesand Patterns, Second Edition. By Doug Lea. Publisher, Addison Wesley. http://proquest.safaribooksonline.com/0201310090

ProQuest Information and Learning Company Home Desktop Bookshelf Recent Searches ... Table of Contents By Doug Lea Publisher : Addison Wesley Pub Date : October 01, 1999 ISBN Pages Slots In Concurrent Programming in Java, Second Edition , you will find thoroughly updated coverage of the Java 2 platform and new or expanded coverage of: Memory model Cancellation Portable parallel programming Utility classes for concurrency control The Java platform provides a broad and powerful set of APIs, tools, and technologies. One of its most powerful capabilities is the built-in support for threads. This makes concurrent programming an attractive yet challenging option for programmers using the Java programming language. This book shows readers how to use the Java platform's threading model more precisely by helping them to understand the patterns and tradeoffs associated with concurrent programming. You will learn how to initiate, control, and coordinate concurrent activities using the class java.lang.Thread, the keywords synchronized and volatile, and the methods wait, notify, and notifyAll. In addition, you will find detailed coverage of all aspects of concurrent programming, including such topics as confinement and synchronization, deadlocks and conflicts, state-dependent action control, asynchronous message passing and control flow, coordinated interaction, and structuring web-based and computational services. The book targets intermediate to advanced programmers interested in mastering the complexities of concurrent programming. Taking a design pattern approach, the book offers standard design techniques for creating and implementing components that solve common concurrent programming challenges. The numerous code examples throughout help clarify the subtleties of the concurrent programming concepts discussed.

86. [ARTICLE] 3 Technical Articles About Concurrent Programming (multithreading) : D ARTICLE 3 technical articles about concurrent programming (multithreading) DevShed Open Source web development forums. Topics http://forums.devshed.com/archive/26/2002/09/3/43789

Developer Shed forums Text-only version: Click HERE to see this thread with all of the graphics, features, and links. Forum: DevShed Lounge Thread: [ARTICLE] 3 technical articles about concurrent programming (multithreading) CodeMage We have recently added a couple of interesting technical articles written by Jim Rogers to the CodeMages Community web site, the first one of them being "Java Threads: A Faulty Concurrency Model". Here's a synopsis of this article: Java provides an unusually high level of support for creating threaded applications. Unfortunately, the mechanisms for safely communicating between threads easily lead to dangerous race conditions and deadlocks. While solutions to these problems do exist, they are messy at best, tending to cause violations of good object oriented design principles. Jim has rapidly become a major contributor to our community and his generous contributions so far, include: Title: Concurrent Programming Synopsis: More and more software systems are being designed with concurrent programming features. Early concurrent systems were constructed from groups of cooperating processes. Modern concurrent systems are being constructed in one process with groups of cooperating threads. Concurrent processing promises dramatic performance improvements. It also presents the developer with a new set of design problems. Title: Shared Resource Design Patterns Synopsis: Concurrent programming requires control of access to shared resources. Experience shows there are many common design patterns for shared resources. This paper explores some of the common patterns for locking and buffering data, as expressed using monitors.

87. Concurrent Programming On The Web With Webstream concurrent programming on the web with Webstream. Abstract. We describe Webstream,a concurrent streambased scripting language for client-side web programming. http://www-lp.doc.ic.ac.uk/~klc/webstream.html

Concurrent programming on the web with Webstream Theo Hong and Keith L. Clark Abstract We describe Webstream, a concurrent stream-based scripting language for client-side web programming. Webstream encapsulates web documents as active streams executing in lightweight threads, permitting operations to be carried out lazy-evaluation style while documents are still being transparently fetched or retried. Streams can be pipelined through filters which perform transformations such as parsing raw text into HTML tags, extracting subset streams based on arbitrary computable patterns within tags or regular expression-like sequences of tags, and combining or splitting streams in various ways. These facilities allow the easy construction of a wide variety of web applications, including crawlers, comparison-shopping agents, and meta-search engines. Technical Report Click here for a PDF version of the report ( webstream.pdf, 276334 bytes)

88. Concurrent Programming concurrent programming concurrent programming in Java Java Threads; SynchronizingJava Threads; Animating Applets using Threads; Multithreaded http://www.ase.md/~aursu/Concurrent_Programming_en.html

Concurrent Programming Concurrent Programming in Java Java Threads Synchronizing Java Threads Animating Applets using Threads Multithreaded Client/Server Applications ... Simulating Web Client/Server Applications Last Revised: Back to top

89. NUS/CS 3211 Home Page CS 3211 Parallel and concurrent programming Spring 2003 LecturerGheorghe Stefanescu and TA Soo, Yuen Jien, ..Hot..News.. Lecture http://www.comp.nus.edu.sg/~cs3211/

CS 3211 - Parallel and Concurrent Programming [Spring 2003] [Lecturer Gheorghe Stefanescu and TA Soo, Yuen Jien ..Hot..News.. Tutorial 10 Allocation Solution for Tutorial 8 [ zip file Solution for Tutorial 9 [ winwords document Tutorial 10 (Last Tutorial)[ pdf Online Ballot (Deadline: Fri 4th Apr, 5pm) Lecture 11 [ pdf Project Presentation Online Balloting Current Allocation Projects List Online Balloting System (access restricted to NUS network lectures .. .. tutorials gheorghe nus soc mySoC ... digitLib Week Date Topics Lecture notes Reading material, additional references Week-1 9/jan/03 Course organization (no lecture) Week-2 16/jan/03 L1: Parallel computers pdf ps (4/1)ps Textbook, Ch1(3-32) Week-3 23/jan/03 L2: Message-passing computing pdf ps (4/1)ps Textbook, Ch2(38-77) Week-4 30/jan/03 L3: a) Message-passing (II); b) Embarrassingly parallel computations pdf ps (4/1)ps Textbook, Ch3(82-100) Week-5 6/feb/03 L4: Partitioning and divide-and-conquer strategies pdf ps (4/1)ps Textbook, Ch4(107-131) Week-6 13/feb/03 L5: Pipelined computations pdf ps (4/1)ps Textbook, Ch5(139-156) Week-7 20/feb/03 L6: Synchronous computations pdf ps (4/1)ps Textbook, Ch6(162-189)

90. Concurrent Programming In Java Book Review of concurrent programming in Java. Finally, chapter 8 describesmeans to coordinate interactions between objects with concurrent programming. http://www.compunotes.com/BookReviews/concjava.htm

91. CMPS203 Lecture On Concurrent Programming CMPS203 Lecture on concurrent programming. 5/24/02. Click here to start. Tableof Contents. CMPS203 Lecture on concurrent programming. Requirements. http://www.cse.ucsc.edu/~charlie/presentations/cmps203S02/parallelProgramming/

CMPS203 Lecture on Concurrent Programming Click here to start Table of Contents CMPS203 Lecture on Concurrent Programming Requirements Specifying Concurrent Execution Synchronization with Shared Variables ... Ada Rendezvous Author: charlie Email: charlie@cs.ucsc.edu Home Page: http://www.cse.ucsc.edu/~charlie

92. The World Wide Web Virtual Library: Concurrent Systems Please contact Jonathan Bowen if you know of relevant online information not included here or would like to maintain information on a particular topic. University of Twente, The Netherlands. concurrent and Logic programming, Department of Computer Science, University of http://www.comlab.ox.ac.uk/archive/concurrent.html

Virtual Library Computing Software Engineering Formal Methods Concurrent Systems Please mail J.P.Bowen@reading.ac.uk if you know of relevant on-line information not included here or would like to maintain information on a particular topic. This document contains some pointers to information on concurrent systems available around the world on the World Wide Web (WWW or W3), a global hypermedia system providing worldwide information . Links for accessing on-line information in the following categories are available: Electronic repositories Research groups and centers Research projects Tools, process algebras, etc. ... Journals indicates new entries. indicates a (subjectively!) recommended link for especially good on-line information. If enough people email me, I will add a star to entries recommended by others. Electronic repositories The comp.parallel newsgroup discusses parallel processing. See also comp.parallel.pvm on the PVM distributed computing environment and HREF=news:comp.parallel.mpi> comp.parallel.mpi on the MPI (Message Passing Interface) standard for parallel machines.

93. Laboratorio De Fundamentos Da Computación E Intelixencia Artificial Affiliated with the University of Corunna. Does research in theoretical Computer Science, programming, distributed and concurrent functional environments and formal methods in Software Engineering. http://carpanta.dc.fi.udc.es/

Main Page Contact Info Staff Projects ... Internal LABORATORY OF FOUNDATIONS IN COMPUTER SCIENCE AND ARTIFICIAL INTELLIGENCE LFCIA is a laboratory affiliated to the Department of Computer Science of the Faculty of Informatics of the University of Corunna Interesting Links Eurocast 2003 VoDKA Project: Video on Demand Kernel Architecture VARPA Group web@lfcia.org ... Internal

94. Scsh - The Scheme Shell A broadspectrum systems-programming environment for Unix embedded in R5RS Scheme (actually within version 0.53 of Scheme48). Support for concurrent system programming, sophisticated I/O and automatic garbage collection for process resources. http://www.scsh.net

What is scsh? News Who wrote scsh? Scsh on SourceForge ... Praise scsh .net all about scsh Scsh is an open-source Unix shell embedded within Scheme , running on all major Unix platforms including AIX, Cygwin, Linux, FreeBSD, HP-UX, Irix, Mac OS X, Solaris, and some others. Scsh is a variant of Scheme 48 (an R RS Scsh has two main components: a process notation for running programs and setting up pipelines and redirections, and a complete syscall library for low-level access to the operating system, i.e. to POSIX , the least common denominator of more or less all Unices, plus widely supported extensions such as symbolic links and BSD sockets. Moreover, scsh provides an awk facility for pattern-directed computation over streams of records, a rich facility for matching regular-expression patterns in strings, event-based interrupt handling, user-level threads, a futuristic module system, and an interactive environment. Scsh comes with extensive documentation describing these and other features. The latest version of scsh is 0.6.3, released January 13, 2003. You may download this or previous versions of scsh Browse or search this site for scsh distributions, scsh documentation, scsh programs, background information and memorabilia. Comments and contributions are welcome.

95. CS 342: Control Structures An introduction to advanced control structures with an emphasis on concurrency andwriting concurrent programs. programming techniques and styles are examined http://www.student.math.uwaterloo.ca/~cs342/

CS 342: Control Structures An introduction to advanced control structures with an emphasis on concurrency and writing concurrent programs. Programming techniques and styles are examined to express complex forms of control flow, such as multi-level loop exit, data-structure iterators, exceptions, coroutines, and concurrency. General Term Course Material Lab Material ... People General Course outline in the University Calendar Course description in the Computer Science Handbook Course newsgroup uw.cs.cs342 is another source of information Course sources of Help Tips on taking notes, studying and reading text books Consulting Services Term Information on lecturers, support material, marking (assignments/midterm/final) policies Paying lab fees through the web Course Material Notes Book (Understanding Control Flow) FAQ (Frequently Asked Questions) Coroutine examples from ch 2 course notes Additional examples from Charlie's section: Week 2 Lab Material Assignment Guidelines C++ Coding Guidelines Examples of code (C++/uC++), makefiles , and documentation C++ Tutorial C++ and STL documentation References versus pointers I/O Stream Library ... More informational links on uC++, KDB, POET, etc.

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