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Concurrent Programming:     more books (100)

Principles of Concurrent &Distributed Programming - 1990 publication by M.Bn-Ar, 1990-01-01 Concurrent Prolog - Vol. 2: Collected Papers (Logic Programming) Concurrent Prolog - Vol. 1: Collected Papers (Logic Programming) Concurrent &Real-Time Programming in Java - 2004 publication by Andrw Wllngs, 2004 Concurrent Programming by Narain and Andrew D, McGettrick editors Gehani, 1988 Synchronous/reactive programming of concurrent system software (Technical report / Computer Research Laboratory, UCSC) by Bruce R Montague, 1995 The family of concurrent logic programming languages (Technical report. Weizmann Institute of Science. Dept. of Computer Science) by Ehud Y Shapiro, 1989 Concurrent Programming in Java: Design Principles and Patterns (The Java Series) Concurrent programming (MIT/LCS/TM-115) by Randal Everitt Bryant, 1978 Concepts and notations for concurrent programming (Technical report / Dept. of Computer Science, University of Arizona) by Gregory R Andrews, 1982 Concurrent programming using actors: Exploiting large-scale parallelism (A.I. memo) by Gul A Agha, 1985 Concurrent Programming Concepts: A Semantic Approach (Computer Science Texts) by S. Matthews, 1993-06-30 An implementation of the object-oriented concurrent programming language SINA (Technical report. University of Minnesota. Institute of Technology. Computer Science Dept) by Anand Tripathi, 1988 Inheritance of synchronization constraints in concurrent object-oriented programming languages (Open Systems Laboratory TR) by Svend Frolind, 1992

lists with details

101. Concurrent Programming In Java: New & Used Books: Find The Lowest Price
     concurrent programming in Java Compare new and used books prices among 98 book stores in a click. Searched in books for concurrent programming in Java.  
     http://www.fetchbook.info/Concurrent_Programming_in_Java.html

102. Concurrent Programming, 5 Points
     concurrent programming, 5 p. concurrent programming plays a vital role in systems where many events appear to occur simultaneously.  
     http://utbkat.gu.se/utbildning/utb/A13KINN390.html
     
     Extractions: Eng Frontpage Aktuellt Om GU Student/utbildning Forskning Safari Forskarutb Organisation Styrelse/rektor Internationalisering Universitetsbiblioteket Forskningsfonden Stipendier Karta - GU GU-shop Adm system Databaser etc Diarium Ekonomi/Plan. Internrevision Personal Lokaler, utrustning Policies/riktlinjer Profilprodukter Protokoll Universitetskanalen Upphandl/ramavtal Varulager Stipendier Utbildningssidan Ämnesindex Kursförteckning mån, ons och tors 12.30-14 Datalogi är en grundläggande vetenskap av betydelse i alla sammanhang där datorer utnyttjas. Centralt inom datalogin är studier av tekniker och hjälpmedel för programmering av datorer. Syftet är att utveckla metoder för konstruktion av program, programsystem och datasystem för olika typer av problem. Även samspelet mellan människa, program och maskin utgör viktiga moment. Mer information finns på http://www.cs.chalmers.se/index-se.html.

103. Books
     Source code of examples. Errata. Principles of Concurrent and Distributed Programming. PrenticeHall International, 1990. Principles of concurrent programming.  
     http://stwww.weizmann.ac.il/G-CS/BENARI/books.htm
     
     Extractions: ISBN 1-85233-319-7. This book teaches mathematical logic using tableaux techniques pioneered by Beth and Smullyan, which are simpler than the usual algebraic techniques, but quite sufficient to give CS students the theoretical tools they need. The book also discusses application of logic to CS: logic programming, temporal logic and the Z language for formal specification. For the second edition, the book has been totally rewritten and additional material has been included on binary decision diagrams, constraint logic programming and model checking. Prolog implementation of algorithms are included.

104. Mulle KybernetiK - Concurrent Programming, A Quick Refresher
     Mulle kybernetiK Tech Info v0.0. Obj-C Optimization concurrent programming, a quick refresher. concurrent programming, a quick refresher.  
     http://www.mulle-kybernetik.com/artikel/Optimization/opti-4-refresher.html
     
     Extractions: Mulle kybernetiK - Tech Info: v0.0 Obj-C Optimization: Concurrent Programming, a quick refresher This sixth installment of the ongoing series "This is just a quick refresher on concurrent programming: Why ++myVariable is not thread safe.. (c) 2002 Mulle kybernetiK - text by Nat! As you know, you should protect shared mutable data with locks as explained in Cocoa/TasksAndConcepts/ProgrammingTopics/Multithreading . Even just incrementing a global variable is not thread safe at all. This one C-instruction is actually executed with three or more PPC instructions that look similar or identical to this: lwz r11,0(r9) addi r0,r11,1 stw r0,0(r9) While each PPC instruction is executed there is a possibility that an interrupt occurs. The processing of this thread will then be suspended and the processor's attention will be focused on another thread. This other thread might very well now execute the same code trying to access the same global variable! To show how this can be disastrous, lets examine two cases where two threads execute the same code. In the first example the context switch to the second thread is harmless, because the increment statements have completed:

105. COMP309 Concurrent Programming
     COMP309 concurrent programming. Coordinator Dr Ian Mason Room 101 Phone +61 0(2) 6773 2327. Internal/External Second Semester. Available in all Faculties.  
     http://turing.une.edu.au/dept/units/undergrad/COMP309.html
     
     Extractions: COMP309 Concurrent Programming Coordinator: Dr Ian Mason Room: 101 Phone: +61 0(2) 6773 2327 Internal/External Second Semester Available in all Faculties. Two lectures and a two-hour laboratory session per week. This unit provides an introduction to the area of parallel and distributed computing. Topics include: processes, interprocess communication, multithreaded programming, thread synchronisation, and programming parallel virtual machines (PVM and MPI). External students should see COMP280 for computer requirements. Prescribed Book Mitchell, M., Oldham, J. and Samuel, A. Advanced Linux Programming, New Riders.

106. Citations Concurrent Programming In Java - Lea (ResearchIndex)
     Retrieving documents D. Lea. concurrent programming in Java. AddisonWesley, 1997. D. Lea. concurrent programming in Java. Addison-Wesley, 1997.  
     http://citeseer.ist.psu.edu/context/21315/0

107. Citations Solution Of A Problem In Concurrent Programming Control
     Solution of a problem in concurrent programming control. Communications of the ACM, 8569, 1965. Solution of a Problem in concurrent programming Control.  
     http://citeseer.ist.psu.edu/context/8650/0

108. Concurrent Java - Angelika Langer Training/Consulting
     COURSE DESCRIPTION Java supports concurrent programming with multiple threads directly by means of certain language features. As  
     http://www.langer.camelot.de/Courses/ConcurrentJava.htm
     
     Extractions: COURSE DESCRIPTION Java supports concurrent programming with multiple threads directly by means of certain language features. As Java programmers we therefore have to grasp the essence of concurrent programming. Only if we can be absolutely sure that our classes will never ever be used in a multi-threaded application we can ignore concurrent programming issues altogether. Otherwise we have to ask ourselves each time we implement an innocently looking method: Do I have to make this method "synchronized" or not? What does it mean? Why do I do this? Do I have to care? Is it safe not to care? Preparing classes for use in concurrent programs is one aspect of this seminar; the other one is active creation of multiple threads. There are numerous reason for doing this: We might want to increase the performance of our application on a multiple CPU machine by performing tasks in parallel rather than sequentially. We might want to increase the availability of our application for accepting further requests by delegating requests to other, newly started, asynchronous threads.

109. Concurrent Programming In ML (Abstract)
     concurrent programming in ML (Abstract). Concurrent programs can be structured as large collections of simple processes. I present several example processes.  
     http://www.eecs.harvard.edu/~nr/pubs/concurrent-abstract.html
     
     Extractions: Programs written in functional languages seldom use side effects. This makes functional programs good candidates for concurrent execution, since computations without side effects can proceed concurrently without interfering. Some side effects are required for I/O and communication; we can introduce them in a disciplined way by adding message-passing primitives to a functional language. Although ML is not purely functional, it is especially well suited to concurrent programming because it has a safe polymorphic type system and garbage collection. Following the examples of Pike's Newsqueak and Hoare's CSP, I have added concurrent primitives to ML, using the Standard ML of New Jersey compiler. The primitives provide dynamic creation of processes and channels and synchronous communication over channels. Input and output (to the Unix file system) is available on the same footing as communication over channels. I use SML-NJ's callcc and throw to simulate concurrent execution on a sequential machine. Concurrent programs can be structured as large collections of simple processes. I present several example processes. Because they are polymorphic (i.e. they operate on values of any type), these processes can be used in many programs. I present an application that uses these processes. I comment on the implementation and suggest how it might be extended to run on a multiprocessor. I show how the Standard ML modules system can be used to effect changes in the meanings of the primitives.

110. Overview Of Package Util.concurrent Release 1.3.4.
     Overview of package util.concurrent Release 1.3.3. by Doug Lea. This package provides standardized, efficient versions of utility classes commonly encountered in concurrent Java programming. can  
     http://g.oswego.edu/dl/classes/EDU/oswego/cs/dl/util/concurrent/intro.html
     
     Extractions: by Doug Lea Note: Upon release of J2SE 1.5, this package enters maintenance mode: Only essential corrections will be released. JDK1.5 package java.util.concurrent includes improved, more efficient, standardized versions of the main components in this package. Please plan to convert your applications to use them. (A few niche classes here have no equivalents in java.util.concurrent. They will become part of a follow-up add-on package that will also include other unstandardized classes.) This package provides standardized, efficient versions of utility classes commonly encountered in concurrent Java programming. This code consists of implementations of ideas that have been around for ages, and is merely intended to save you the trouble of coding them. Discussions of the rationale and applications of several of these classes can be found in the second edition of Concurrent Programming in Java . There are also pdf slides providing an overview of the package. The package mainly consists of implementations of a few interfaces:

111. A Logic-Based Concurrent Object-Oriented Programming Language
     Article Rafael Ramirez.  
     http://www.cs.bris.ac.uk/Tools/Reports/Abstracts/1996-ramirez.html
     
     Extractions: Bristol CS Index Research Publications ... PhD in Computer Science Rafael Ramirez. PhD thesis, Department of Computer Science, University of Bristol, October 1996. Gzipped PostScript: 270728 bytes Parallel computers and distributed systems are becoming increasingly important. Their impressive computation to cost ratios offer a considerable higher performance than that possible with sequential machines. Yet there are few commercial applications written for them. The reason is that programming in these environments is substantially more difficult than programming for sequential machines. In this thesis, we present Tempo and Tempo++, two programming languages which aim to reduce the inherent complexity of writing concurrent programs. Tempo is a declarative concurrent programming language based on classical first order logic. It improves on traditional concurrent logic programming languages (e.g. Parlog) by explicitly specifying aspects of the behaviour of concurrent programs. In Tempo all safety properties of programs are declaratively stated which provides great advantages in writing concurrent programs and manipulating them while preserving correctness. Concurrent programs in Tempo are developed in such a way that they are not specific to any particular programming paradigm. The language can be used as a common framework for expressing and manipulating algorithms for a variety of paradigms.

112. PLI 2002: ICFP
     The 2002 International Conference on Functional programming covers the entire spectrum of functional programming, from practice to theory, and from established functional programming languages (Scheme, ML, Haskell) to novel language designs and to the functional aspects of objectoriented or concurrent languages. October 4-6, 2002 Pittsburgh, PA, USA.  
     http://icfp2002.cs.brown.edu/
     
     Extractions: Affiliated with PLI 2002 The ICFP conference provides a forum for researchers and developers to hear about the latest work on the design, implementations, principles, and uses of functional programming. The conference covers the entire spectrum of functional programming, from practice to theory, and from established functional programming languages (Scheme, ML, Haskell) to novel language designs and to the functional aspects of object-oriented or concurrent languages. Related Events PPDP GPCE (GCSE/SAIG) Workshops What are the Accepted Papers? Please see the separate page What about Hotel and Registration Information? You will find that on the PLI home page Was There a Programming Contest? Yes! The contest ran from 12:00 Noon Pacific Standard Time on Friday August 30, 2002, until 12:00 Noon Monday September 2, 2002. The contest has its own Web page What Kind of Material Appears in ICFP? The call for papers provides information on the kinds of papers sought by the conference.

113. KLIC Association
     Develops and popularizes KLIC implementation of concurrent and parallel logic programming language KL1, and related software. Designed in the Fifth Generation Computer Systems (FGCS) project, by Institute for New Generation Computer Technology (ICOT), Japan. Free software.  
     http://www.klic.org/

114. CS545S: Modular Programming
     College course on basic programming concepts modular (encapsulation, abstract data types); objectoriented (class, inheritance, polymorphism, dynamic binding); concurrent (thread, synchronization); via Java compared to Oberon, Smalltalk; then dataflow model.  
     http://www.cs.wustl.edu/~tdk/courses/Cs545/
     
     Extractions: E-mail : tdk@cs.wustl.edu Office : Jolley Hall Phone : Introduction 1 week Principle of Modular Programming 1 week Object Oriented Programming in Java 2 weeks Parallel Programming in Java 2 weeks Dataflow Paradigm 2 weeks Modular Programming with Oberon and Smalltalk 3 weeks Project Presentations and Tests 2 weeks Weekly Schedule (Tentative) Homework (30%)

115. Advanced Programming Language Design
     Book compares over 70 languages, and main classes imperative, functional, objectoriented, dataflow, concurrent, declarative, aggregate. By Raphael Finkel, Addison-Wesley.  
     http://www.awprofessional.com/catalog/product.asp?product_id={92E30B39-5D91-45F9

116. The SR Programming Language
     Synchronizing Resources is a language for writing concurrent programs. Source code, mailing list archive, and documentation.  
     http://www.cs.arizona.edu/sr/www/index.html
     
     Extractions: SR (Synchronizing Resources) is a language for writing concurrent programs. The main language constructs are resources and operations. Resources encapsulate processes and variables they share; operations provide the primary mechanism for process interaction. SR provides a novel integration of the mechanisms for invoking and servicing operations. Consequently, all of local and remote procedure call, rendezvous, message passing, dynamic process creation, multicast, and semaphores are supported. SR also supports shared global variables and operations. SR has been used at a number of universities and labs for course work and research projects involving concurrent programming. It has been used in concurrent programming courses to reinforce concepts with small programming projects and with larger projects such as experiments with parallel algorithms, replicated databases, distributed simulations, and parts of distributed operating systems such as file systems and command interpreters. SR has also been used as a tool in several masters theses and doctoral dissertations to conduct experiments in parallel and distributed programming and to implement larger systems such as a system for mixed language programming, one for distributed implementation of graph algorithms, experiments with load balancing algorithms, and experiments with upcall program structures. SR is the predecessor to the MPD programming language, which provides the same capabilities using the syntax described in

117. Home
     a stateof-the-art, pure and lazy functional programming language specially designed to make the development of real world applications possible  
     http://www.cs.kun.nl/~clean/

118. Overview Of Package Util.concurrent Release 1.3.4.
     This package provides standardized, efficient versions of utility classes commonly encountered in concurrent Java programming. It mainly consists of implementations of a few interfaces. Open Source, Public Domain  
     http://gee.cs.oswego.edu/dl/classes/EDU/oswego/cs/dl/util/concurrent/intro.html
     
     Extractions: by Doug Lea Note: Upon release of J2SE 1.5, this package enters maintenance mode: Only essential corrections will be released. JDK1.5 package java.util.concurrent includes improved, more efficient, standardized versions of the main components in this package. Please plan to convert your applications to use them. (A few niche classes here have no equivalents in java.util.concurrent. They will become part of a follow-up add-on package that will also include other unstandardized classes.) This package provides standardized, efficient versions of utility classes commonly encountered in concurrent Java programming. This code consists of implementations of ideas that have been around for ages, and is merely intended to save you the trouble of coding them. Discussions of the rationale and applications of several of these classes can be found in the second edition of Concurrent Programming in Java . There are also pdf slides providing an overview of the package. The package mainly consists of implementations of a few interfaces:

119. Concurrent Functional Programming With Erlang And OTP (Open Telecom Platform)
     Bjarne D¤cker. RealTime in Sweden, Halmstad. (ppt)  
     http://www.erlang.se/publications/Erlang.ppt

120. The Concurrent Functional Programming Language Erlang - An Overview
     Dan Sahlin. Workshop of MultiParadigm Logic programming, in conjunction with the Joint International Conference and Symposium on Logic programming, Bonn. (ps.gz)  
     http://www.cs.tu-berlin.de/cs/ifb/TechnB/96/28/sahlin.ps.gz

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