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检索条件"任意字段=Conference on Java/Jini Technologies and High-Performance Pervasive Computing"

共 12 条记录，以下是1-10 订阅

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Proceedings of SPIE: java/jini technologies and high-performance pervasive computing

Proceedings of SPIE: Java/Jini technologies and high-perform...

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java/jini technologies and high-performance pervasive computing

The proceedings contains 15 papers from the proceedings of SPIE: java/jini technologies and high-performance pervasive computing. Topics discussed include: middleware transparency through aspect-oriented programming using AspectJ and jini technologies;a dynamic self-healing services architecture using jini networking technology;service-oriented visualizations;space-based middleware for loosely-coupled distributed systems and high-performance pervasive computing.

关键词： Middleware

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java/jini technologies and high-performance pervasive computing

Java/Jini Technologies and High-Performance Pervasive Comput...

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2002年

作者： Ken Arnold Guangrong Gao Sudipto Ghosh

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Rio:: a dynamic self-healing services architecture using jini™ networking technology

Rio:: a dynamic self-healing services architecture using Jin...

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conference on java/jini technologies and high-performance pervasive computing

作者： Clarke, J Sun Microsyst Inc Orlando FL 32817 USA

ISBN: (纸本)0819446424

Current mainstream distributed java(TM) architectures offer great capabilities embracing conventional enterprise architecture patterns and designs. These traditional systems provide robust transaction oriented environments that are in large part focused on data and host processors. Typically, these implementations require that an entire application be deployed on every machine that will be used as a compute resource. In order for this to happen, the application is usually taken down, installed and started with all systems in-sync and knowing about each other. Static environments such as these present an extremely difficult environment to setup, deploy and administer. Next generation distributed systems must be based on more dynamic capabilities such as: Dynamic provisioning of software components at runtime. Become more network centric, harnessing the capabilities of compute resource assets dynamically. Dynamically adapt to the addition and removal of compute resources. Ensure a Quality of Service (QoS) through dependency specifications of software components based on qualitative and quantitative Quality of Service attributes. Support a wide range of compute resources from small J2ME(TM) enabled devices to massively parallel super computers. These capabilities are directly obtainable by basing next generation, distributed systems on jini(TM) Networking Technology. The jini architecture provides infrastructure elements required to federate and discover other services offering desirable functionality. Also, jini technology provides a programming model in tune to the dynamics of distributed systems where partial failure is a reality. Ultimately, jini technology provides the capability to build, maintain, and alter a network of devices, software, and users. jini networking technology provides the tools for building robust distributed systems, however, to realize a full featured dynamic system architecture you need an additional technology that allows you to dynamically

关键词： jini (TM) networking technology quality of service high-performance computing pervasive computing scalable architecture self-healing component programming architecture design strategies for distributed applications java (TM) RMI java (TM) servlets java (TM) server pages J2EE (TM) mobile code J2SE (TM) J2ME (TM) CDC

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A jini service to reconstruct tomographic data

A Jini service to reconstruct tomographic data

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conference on java/jini technologies and high-performance pervasive computing

作者： Knoll, P Mirzaei, S Koriska, K Köhn, H Ludwig Boltzmann Inst Nucl Med & Endocrinol Vienna Austria

ISBN: (纸本)0819446424

A number of imaging systems rely on the reconstruction of a 3-dimensional model from its projections through the process of computed tomography (CT). In medical imaging, for example, X-ray CT scans, magnetic resonance imaging (MRI), positron emission tomography (PET), and Single Photon Emission Computer. Tomography (SPECT) acquire two-dimensional projections of a three dimensional object. In order to calculate the 3-dimensional representation of the object, i.e. its voxel distribution, several reconstruction algorithms have been developed. Currently, mainly two reconstruction methods are in use: the filtered back projection (FBP) and iterative methods. Although the quality of iterative reconstructed SPECT slices is better than that of FBP slices, such iterative algorithms are rarely used for clinical routine studies because of their low availability and increased reconstruction time. We used jini and a self-developed iterative reconstruction algorithm to design and implement a jini reconstruction service. With this service, the physician selects the patient study from a database and a jini client automatically discovers the registered jini reconstruction services in the department's Intranet. After downloading the proxy object to this jini service, the SPECT acquisition data are reconstructed. The resulting transaxial slices are visualized using a jini slice viewer, which can be used for various imaging modalities.

关键词： distributed computing jini nuclear medicine reconstruction

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Architecture and implementation for high bandwidth real-time radar signal transmission and computing application

Architecture and implementation for high bandwidth real-time...

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conference on java/jini technologies and high-performance pervasive computing

作者： Cho, YG Chandrasekar, V Jayasumana, A Brunkow, D Colorado State Univ Dept Elect & Comp Engn Ft Collins CO 80523 USA

ISBN: (纸本)0819446424

The design, architecture, and implementation for the high-throughput data transmission and high-performance computing, which are applicable for various real-time radar signal transmission applications over the data network, are presented. With a client-server model, the multiple processes and threads on the end systems operate simultaneously and collaborately to meet the real-time requirement. The design covers the Digitized Radar Signal (DRS) data acquisition and data transmission on the DRS server end as well as DRS data receiving, radar signal parameter computation and parameter transmission on the DRS receiver end. Generic packet and data structures for transmission and inter-process data sharing are constructed. The architecture was successfully implemented on Sun/Solaris workstations with dual 750 MHz UltraSPARC-III processors containing Gigabit Ethernet card. The comparison in transmission throughput over gigabit link between with computation and without computation clearly shows the importance of the signal processing capability on the end-to-end performance. Profiling analysis on the DRS receiver process shows the work-loaded functions and provides guides for improving computing capabilities.

关键词： digitized radar signal radar signal parameters computing capability end-to-end throughput process thread

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Writing high performance java code which runs as fast as fortran, C or C++

Writing high performance Java code which runs as fast as for...

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ITCOM conference on java/jini technologies

作者： Schatzman, JC

ISBN: (纸本)0819442453

java software is often perceived to be slow as compared to corresponding C/C++ or FORTRAN software. For some computationally demanding algorithms, straightforward implementations in java may nun 100-150 times or more slower than C++ or FORTRAN. In the past, problem algorithms have included floating point intensive algorithms such as FFTs and integer functions such as endian and alignment byte manipulations. However, current JVMs do well with model floating point code such as FFTs and linear algebra. java vectors and lists are somewhat slow compared to C++ equivalents;hashmaps can be very fast. Function calls in general, and getters and setters in particular, remain troublesome. Current JITs are extremely important for optimizing performance.

关键词： java performance java scientific computing java FFT java sorting

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jini-enabled high performance computing 15

Jini-enabled high performance computing

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15th International conference on Information Networking (ICON-15)

作者： Ye, R Hsu, WJ Liu, ZH Vee, VV Nanyang Technol Univ Sch Comp Engn CAIS Singapore 639798 Singapore

ISBN: (纸本)0769509525

The vision of Computational Grids promises an exciting future for high performance computing (HPC). In this project we make a small but practical step toward the grand vision of pervasive HPC by using some of the prevailing Internet technologies to enable access of HPC anytime and anywhere. Specifically, this project focuses on HPC that could be accessed by using World Wide Web. We have conducted experiments based on engineering/scientific applications. Examples include simulations of Automated Guided Vehicles thereafter AGVs for short) in container port operations, N-body and molecular simulations. We initially build system based on an ad-hoc approach, whose merits and demerits are identified Then, we employ jini technology to reconstruct the system architecture and present a more efficient and robust model. performance studies are also presented. The objectives are to explore and address relevant issues, evaluate various approaches, demonstrate a workable version and conduct experiments with actual Web-enabled applications. The result is that now we are able to partially realize the dream of using the HPCs anytime and anywhere through devices such as a wireless/mobile computer as long as they are armed with a common Web browser.

关键词： Application software Automotive engineering Computer vision Containers Grid computing high performance computing Internet Robustness Vehicles Web sites

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pervasive computers and the GRID: The birth of a computational exoskeleton for augmented reality 07

Pervasive computers and the GRID: The birth of a computation...

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6th Joint Meeting of the European Software Engineering conference and the ACM SIGSOFT Symposium on the Foundations of Software Engineering 2007, ESEC-FSE'07

作者： Siagri, Roberto Eurotech Spa - Amaro UD Italy

ISBN: (纸本)9781595938114

In the near future, the "computer" as we know it will disappear. It will be hidden in everything around us to improve our sensorial and perceptive skills (reality augmentation). pervasive computing (also known as "ubiquitous computing") is about distributed computing devices in the physical world: wearable computers, devices embedded in everyday objects, sensors located everywhere in our environment. In this vision, pervasive computing is about both the devices and the infrastructures (de-centralized high performance Computers and communication channels) needed to support ubiquitous applications such as the so-called "pervasive GRID". In the near future, the pervasive GRID infrastructure, which I prefer to define as a "computational exoskeleton", will be extended to many human activities and will represent an ideal starting point for the creation of a future class of applications and services [1]. The development of these applications and services can be boosted and accelerated by the use of powerful tools like Eclipse, SODA and java. These tools are the result of a new collective and collaborative approach in software development that is currently emerging in the software community, and whose drivers are the "open source" movement and the web 2.0 technologies. Copyright 2007 ACM.

关键词： Sensor networks

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ISAM: A pervasive view in distributed mobile computing

ISAM: A pervasive view in distributed mobile computing

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IFIP TC6/ WG6.2 and WG6.7 1st conference on Network Control and Engineering for QoS, Security and Mobility, Net-Con 2002

作者： Yamin, Adenauer Augustin, Iara Barbosa, Jorge Geyer, Cláudio Informatics Institute Federal University of Rio Grande do Sul Porto Alegre RS Brazil

ISBN: (纸本)9781475759488

The next years will be characterized for high levels of mobility, heterogeneity and interactions among devices connected to global networks. These interconnected networks will use as much wired connections as wireless. The first researches involving wide-area distributed systems answered many questions concerning resource management, although they fail in treating questions related to heterogeneity and dynamic adaptation. More recent works, through technologies like CORBA and java/jini, deal with heterogeneity problem, but do not deepen into adaptability aspects. In this article, we propose inside of the project ISAM, a treatment of this subject. ISAM contemplates an integrated approach of software and execution environment addressed to the administration of adaptation in heterogeneous networks, supporting the logical (software) and physical (hardware) mobility, oriented to the execution of distributed applications in a global scale and based on software components. © 2003 by Springer Science+Business Media New York.

关键词： Common object request broker architecture (CORBA)

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jini-enabled high performance computing

Jini-enabled high performance computing

引用

International conference on Information Networking

作者： Rong Ye Wen-Jing Hsu Ze-Hua Liu Voon-Vee Vee Center for Advanced Information Systems (CAIS) School of Computer Engineering Nanyang Technological University Singapore

ISBN: (纸本)0769509517

The vision of computational grids promises an exciting future for high performance computing (HPC). In the project presented we make a small but practical step toward the grand vision of pervasive HPC by using some of the prevailing Internet technologies to enable access of HPC anytime and anywhere. Specifically, the project focuses on HPC that could be accessed by using the World Wide Web. We have conducted experiments based on engineering/scientific applications. Examples include simulations of automated guided vehicles (hereafter AGVs for short) in container port operations, N-body and molecular simulations. We initially build systems based on an ad-hoc approach, whose merits and demerits are identified. Then, we employ jini technology to reconstruct the system architecture and present a more efficient and robust model. performance studies are also presented. The objectives are to explore and address relevant issues, evaluate various approaches, demonstrate a workable version and conduct experiments with actual Web-enabled applications. The result is that now we are able to partially realize the dream of using the HPCs anytime and anywhere through devices such as a wireless/mobile computer, as long as they are armed with a common Web browser.

关键词： high performance computing Computer vision Grid computing Internet Web sites Automotive engineering Vehicles Containers Robustness Application software

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