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检索条件"任意字段=International Symposium on Computing in Object Oriented Parallel Environment"

共 1034 条记录，以下是1001-1010 订阅

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ProperCAD: a portable object-oriented parallel environment for VLSI CAD

ProperCAD: a portable object-oriented parallel environment f...

引用

IEEE international Conference on Computer Design: VLSI in Computers and Processors, (ICCD)

作者： B. Ramkumar P. Banerjee Center for Relia.ble and High-Performance Computing Coordinated Science Laboratory University of Illinois Urbana IL USA

A portable object-oriented parallel environment for CAD algorithms (ProperCAD) is described. The objectives of this research are twofold: to develop parallel algorithms that are portable and to design the parallel algorithms around a good sequential algorithm with a well-defined parallel-sequential interface, permitting the parallel algorithm to benefit from future developments in sequential algorithms. The first is achieved by writing the algorithms using the ProperCAD environment, a library of functions that permits portability of parallel CAD algorithms across MIMD machines. Programs written using this environment run unchanged on all parallel machines for which this environment is available.< >

关键词： Very large scale integration parallel algorithms Design automation Algorithm design and analysis Concurrent computing parallel processing Circuit testing Portable computers Libraries Vehicles

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No pain and gain!-experiences withMentat on a biological application

No pain and gain!-experiences withMentat on a biological app...

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international symposium on High Performance Distributed computing

作者： A.S. Grimshaw E.A. West W.R. Pearson Department of Computer Science University of Virginia USA Department of Biochemistry University of Virginia USA

Throughout much of the parallel processing community there is the sense that writing software for distributed memory parallel processors is subject to a 'no pain-no gain' rule: that in order to reap the benefits of parallel computation one must first suffer the pain of converting the application to run on a parallel machine. The authors believe this is the result of inadequate programming tools and not a problem inherent to parallel processing. They show that one can parallelize real scientific applications and obtain good performance with little effort if the right tools are used. Their vehicle for this demonstration is a six-thousand line DNA and protein sequence comparison application that they have implemented in Mentat, an object-oriented parallel processing system for both parallel and distributed architectures. They briefly describe the application and present performance information for both the Mentat version and a hand-coded parallel version of the application.< >

关键词： Pain parallel processing Writing Biology computing Concurrent computing Distributed computing Application software parallel machines parallel programming Vehicles

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Controlling concurrent access to objects in the Raven system

Controlling concurrent access to objects in the Raven system

引用

international Workshop on object Orientation in Operating Systems

作者： D. Acton G. Neufeld Department of Computer Science University of British Columbia Vancouver BC Canada

The paper presents the rationale and design of the concurrency control features of Raven, an object-oriented distributed and parallel programming language and system. Raven's parallel constructs support coarse grained parallelism and are designed to permit programmers to use parallelism with relative ease. To achieve this Raven provides automatic concurrency control on an object's instance data at method invocation time. Raven allows multiple execution threads to access an object strictly for reading or a single execution thread to access an object for the updating of instance data. Raven is operational on a variety of machine architectures, including a shared memory multiprocessor. Experience indicates Raven's concurrency support simplifies the task of converting sequential code to run in a parallel or distributed environment.< >

关键词： Control systems Concurrency control parallel processing Programming profession Automatic control Yarn Concurrent computing Computer science parallel programming Writing

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Design and analysis of software reconfiguration strategies for hypercube multicomputers under multiple faults

Design and analysis of software reconfiguration strategies f...

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international symposium on Fault-Tolerant computing (FTCS)

作者： M. Peercy P. Banerjee Center for Reliable and High-Performance Computing University of Illinois Urbana-Champaign USA

The authors discuss the design of a software reconfiguration strategy for hypercube multicomputer architectures under multiple faults. The advantage of the strategy over previous schemes is that it requires no redundant hardware, but supports reconfiguration through graceful degradation. It is based on the notion of using multiple virtual processors on a single physical processor and using these virtual processors for work-load redistribution under faults. The authors describe an environment, developed on a commercially available Intel iPSC/2 hypercube multicomputer, for implementing the software-based fault tolerance scheme. Results of experiments performed with this environment on the performance degradation of application programs under hardware faults are described. The reconfiguration scheme shows low overhead at low cost, and even provides improved efficiency on a fault-free hypercube.< >

关键词： Hypercubes Circuit faults Degradation Hardware Peer to peer computing Computer architecture Joining processes Fault diagnosis object oriented programming Software design

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A distributed computing environment for control system analysis and design

A distributed computing environment for control system analy...

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IEEE international symposium on Computer Aided Control System Design (CACSD)

作者： S. Hara G. Yamamoto M. Oshima R. Kondo Department of Control Engineering Tokyo Institute of Technology Tokyo Japan Tokyo Ruearch Labtatory IBM Japan Limited Tokyo Japan Department of Mechanical Engineering hculty of Engineering Ibraki University Hino Ibaraki Japan

A distributed CAD environment (CENet), a library package (La++), and a CAD system (CtrlNet) based on these features are described. CENet supplies a flexible network environment. La++, written in the C++language, provides object-oriented programming facilities and overloading of functions and operators, enabling various data structures useful in control engineering to be defined. Three typical analysis and design examples on CtrlNet are illustrated.< >

关键词： Distributed computing Control system analysis Design automation Computer networks Data structures Control systems Computer languages User interfaces Libraries Power engineering computing

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Producing prototypes from CO-OPN specifications

Producing prototypes from CO-OPN specifications

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international Workshop on Rapid System Prototyping (RSP)

作者： D. Buchs J. Flumet P. Racloz CUI University of GENEVA Geneve Switzerland CUI University of GENEVA Switzerland

The techniques and the tools developed to produce prototypes from CO-OPN (concurrent object-oriented Petri net) specifications are described. CO-OPN is a specification language for the description of concurrent aspects and data-structure aspects of computer programs in an abstract way. The concurrent part of the formalism is described with Petri nets, while the data aspects are described with algebraic abstract data types. In CO-OPN, this association is structured by the object notion. For prototyping such a formalism, a fully operational semantics is required. The semantics is given for the simulation tools that have been developed. An editor and an environment for executing CO-OPN specifications have been developed. The specifications are prototyped using a translation of the specifications into Prolog.< >

关键词： Prototypes object oriented modeling Software prototyping Concurrent computing Petri nets parallel machines Specification languages Production Software quality Terminology

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Configuring distributed applications using object decomposition in an atomic action environment

Configuring distributed applications using object decomposit...

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1992 international Workshop on Configurable Distributed Systems

作者： S.M. Wheater D.L. McCue Computing Laboratory University of Newcastle UK

A common technique for constructing reliable distributed applications is to use atomic actions for controlling operations on persistent objects. Atomic actions are used to ensure that inconsistencies in application state do not arise when failures occur or when concurrent activities operate on shared objects. Within such an application, objects provide a convenient unit for distribution and concurrency-control. The properties of atomic actions and objects can be exploited together to configure distributed applications, without affecting the correct functioning of the application. This leads to the possibility of changing the configuration of concurrency and distribution of the distributed application to improve availability and performance. These changes in concurrency and distribution can be achieved by varying the object decomposition within the application. The authors show how some kinds of reconfiguration can be achieved without any modification to client applications. The observations are a result of constructing reliable distributed applications using the Arjuna system, which provides tools and libraries for programming with atomic actions and persistent objects in C++.< >

关键词： Distributed computing object oriented programming parallel programming Software reliability

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environment for object-oriented parallel applications. The XENOOPS approach

Environment for object-oriented parallel applications. The X...

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Proceedings of the 4th ISMM/IASTED international Conference on parallel and Distributed computing and Systems

作者： Berbers, Y. Joosen, W. Moons, H. Verbaeten, P.

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A design and modeling environment to develop real-time, distributed software systems 3rd

引用

3rd international Conference on computing and Information, ICCI 1991

作者： Ammar, Reda Zhang, Ping U155 Computer Science & Engineering Department University of Connecticut StorrsCT06268 United States

ISBN: (纸本)9783540540298

This paper presents the general structure of a design and modeling environment for real-time, parallel/distributed software systems. It is provided for the designer to cope with different modeling and analysis methods during the different design stages. It captures three trends of concerns in the design of a real-time, distributed system: functionality, performance and distributed aspects. An object-oriented database and a plan generator are two core components. The database is used to organize data so that they can be easily retrieved and easily reused for further study, reference and reporting. More significantly, it is used to integrate the dependencies and relationships between different modeling techniques and performance evaluation tools. The plan generator has a role of analyzing plan development, recommending plan modifications, suggesting plan modeling, and validating plans. It provides the ability to handle incomplete and uncertainty information, the ability to handle update propagation, and the ability to make more intelligent design decision. © Springer-Verlag Berlin Heidelberg 1991.

关键词： object-oriented databases

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The XENOOPS project

The XENOOPS project

引用

international Workshop on object Orientation in Operating Systems

作者： Y. Berbers W. Joosen H. Moons P. Verbaeten Department of Computer Science K.U. Leuven Leuven Belgium

XENOOPS is an eXecution environment for object-oriented parallel Software. It is designed for parallel computing systems with distributed memory. It offers basic mechanisms for a variety of object models. Furthermore, it supports grouping of objects, and object splitting and joining. XENOOPS offers dynamic load balancing, using a transparent migration facility. The architecture of XENOOPS gives application writers the possibility to customize the environment to their applications' needs. A prototype implementation has been built on a transputer system.< >

关键词： Load management parallel processing Moon Computer science Software design Computer architecture Prototypes Concurrent computing Operating systems Programming profession

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