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CDF GlideinWMS usage in grid computing of High Energy Physics

CDF GlideinWMS usage in Grid computing of High Energy Physic...

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17th international conference on computing in High Energy and Nuclear Physics (CHEP)

作者： Zvada, Marian Benjamin, Doug Sfiligoi, Igor Fermilab Natl Accelerator Lab POB 500 Batavia IL 60510 USA Inst Expt Phys Kosice 04001 Slovakia Duke Univ Durham NC 27708 USA

Many members of large science collaborations already have specialized grids available to advance their research in the need of getting more computing resources for data analysis. This has forced the Collider Detector at Fermi lab (CDF) collaboration to move beyond the usage of dedicated resources and start exploiting grid resources. Nowadays, CDF experiment is increasingly relying on glidein-based computing pools for data reconstruction. Especially, Monte Carlo production and user data analysis, serving over 400 users by central analysis farm middleware (CAF) on the top of Condor batch system and CDF grid infrastructure. Condor is designed as distributed architecture and its glidein mechanism of pilot jobs is ideal for abstracting the grid computing by making a virtual private computing pool. We would like to present the first production use of the generic pilot-based Workload Management System (glideinWMS), which is an implementation of the pilot mechanism based on the Condor distributed infrastructure. CDF grid computing uses glideinWMS for its data reconstruction on the FNAL campus grid, user analysis and Monte Carlo production across Open Science grid (OSG). We review this computing model and setup used including CDF specific configuration within the glideinWMS system which provides powerful scalability and makes grid computing working like in a local batch environment with ability to handle more than 10000 running jobs at a time.

关键词： grid computing

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Research on grid-based distributed virtual reality

Research on grid-based distributed virtual reality

引用

2005 international conference on Wireless Communications, Networking and Mobile computing, WCNM 2005

作者： Tang, Lu-Liang Li, Qing-Quan Wuhan University Wuhan China Wuhan University Wuhan China

ISBN: (纸本)078039335X

It is publicly considered that the next generational Internet technology is grid computing, which supports the sharing and coordinated use of diverse resources in dynamic virtual organizations from geographically and organizationally distributed components. grid computing characters strong computing ability and broad width information exchange[1]. Globus presented Open grid Services Architecture (OGSA), which centered on grid services[3]. According to the characteristic of grid-based distributed Virtual Reality (DVR-G) and the development of current grid computing, this paper put forward the Orient-grid distributed Network Model for DVR-G, whose dynamic Virtual group is corresponding with the Virtual Organization in OGSA service. The GDNM is of more advantage to the distributed database consistency management, and is more convenient to the virtual group users acquiring the DVR-G data information, and the dynamic virtual groups in GDNM are easier and more directly to utilize the grid source and communication each other. The architecture of DVR-G designed in this paper is based on OGSA and web services, which is keep to "the five-tiers sandglass structure" of the OGSA. This architecture is more convenient to utilizing grid service and decreasing the conflict with the grid environment. This paper presents the implementation of DVR-G and the interfaces of grid Service. © 2005 IEEE.

关键词： Virtual reality

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Effect of distributed Generation on Power Supply Reliability of Distribution Network 8

Effect of Distributed Generation on Power Supply Reliability...

引用

8th international conference on grid and distributed computing (GDC)

作者： Liu, Jinsong Zhang, Junyang Zhang, Da State Grid Liaoning Elect Power Supply Co Ltd Elect Power Res Inst Shenyang Peoples R China State Grid Liaoning Elect Power Supply Co Ltd Benxi Power Supply Branch Benxi Peoples R China

ISBN: (纸本)9781467398466

distributed Power take advantage of clean new energy sources, combined with the actual situation of the country, flexible and efficient power generation, has been valued by all countries of the world. distributed generation in the power system is used widely on the existing distribution network system to produce a far-reaching impact. DG access to the distribution network, to ensure the reliability of its contribution to the distribution grid, distribution network automation and protection put forward higher requirements. In this paper, distributed power at different voltage levels with wiring grid, DG access distribution network access point, the access distribution analysis DG way impact on the reliability of the power grid and power distribution network, to incorporate DG Research on Protective Relaying algorithm for Distribution provides after a theoretical basis.

关键词： distributed power generation

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An IDE Framework for grid Application Development 08

An IDE Framework for Grid Application Development

引用

9th IEEE/ACM international conference on grid computing

作者： Kurniawan, Donny Abramson, David Monash Univ Fac Informat Technol Monash E Sci & Grid Engn Lab Clayton Vic 3800 Australia

ISBN: (纸本)9781424425785

grid computing enables the aggregation of a large number of computational resources for solving complex scientific and engineering problems. However, writing, deploying, and testing grid applications over highly heterogeneous and distributed infrastructure are complex and error prone. A number of grid integrated development environments (IDEs) have been proposed and implemented to simplify grid application development. This paper presents an extension to our previous work on a grid IDE in the form of a software framework with a well-defined API and an event mechanism. It provides novel tools to automate routine grid programming tasks and allow programmable actions to be invoked based on certain events. Its system model regards resources as first-class objects in the IDE and allows tight integration between the execution platforms and the code development process. We discuss how the framework improves the process of grid application development.

关键词： Programming Software Object oriented modeling Middleware Computer architecture Java Writing

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Tasklets: Overcoming Heterogeneity in distributed computing Systems 36

Tasklets: Overcoming Heterogeneity in Distributed Computing ...

引用

36th IEEE international conference on distributed computing Systems (ICDCS)

作者： Schaefer, Dominik Edinger, Janick VanSyckel, Sebastian Becker, Christian Paluska, Justin Mazzola Univ Mannheim Mannheim Germany MIT CSAIL 77 Massachusetts Ave Cambridge MA 02139 USA

ISBN: (纸本)9781509014828

distributed computing is a good alternative to expensive supercomputers. There are plenty of frameworks that enable programmers to harvest remote computing power. However, until today, much computation power in the edges of the Internet remains unused. While idle devices could contribute to a distributed environment as generic computation resources, computation-intense applications could use this pool of resources to enhance their execution quality. In this paper, we identify heterogeneity as a major burden for distributed and edge computing. Heterogeneity is present in multiple forms. We draw our vision of a comprehensive distributed computing system and show where existing frameworks fall short in dealing with the heterogeneity of distributed computing. Afterwards, we present the Tasklet system, our approach for a distributed computing framework. Tasklets are fine-grained computation units that can be issued for remote and local execution. We tackle the different dimensions of heterogeneity and show how to make use of available computation power in edge resources. In our prototype, we use middleware and virtualization technologies as well as a host language concept.

关键词： distributed computing Edge-centric computing Heterogeneity Resource Sharing grid computing

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Bag of Tasks Rescheduling within Real grid Environments: Different Approaches

Bag of Tasks Rescheduling within Real Grid Environments: Dif...

引用

21st Euromicro international conference on Parallel, distributed, and Network-Based Processing (PDP)

作者： Tomas, Luis Caminero, Blanca Carrion, Carmen Univ Castilla La Mancha Dept Comp Syst Albacete Spain

ISBN: (纸本)9780769549392;9781467353212

Providing Quality of Service (QoS) in grid environments is still a challenging task because advance reservation of resources is not always possible. By contrast, scheduling the use of resources in advance is a way of enhancing the provision of QoS, without physically reserving them. However, in a grid scenario fragmentation may appear as a logic result of the allocation process, leading to poor resource utilization. To try to avoid that problem a rescheduling technique has been developed and applied periodically depending on the existing fragmentation. Nevertheless, reallocating jobs in an optimal way is an NP-Hard problem. Consequently, simple and scalable ways of distributing and allocating those jobs into the resources are presented and evaluated in a real grid environment involving heterogeneous computing resources distributed across different national organizations, highlighting the benefits of using them to increase the resource usage.

关键词： computational complexity grid computing processor scheduling resource allocation task analysis

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grid-based asynchronous replica exchange 07

Grid-based asynchronous replica exchange

引用

8th IEEE/ACM international conference on grid computing

作者： Li, Zhen Parashar, Manish Rutgers State Univ Dept Elect & Comp Engn Piscataway NJ 08854 USA

ISBN: (纸本)9781424415595

Replica exchange is a powerful sampling algorithm and can be effectively used for applications such as simulating the structure, function, folding, and dynamics of proteins and drug design. However, grid-based implementations of the algorithm present significant challenges due to its synchronization and communication requirements. This paper presents an asynchronous formulation of the replica exchange algorithm and the design and implementation of a grid-based asynchronous replica exchange engine (GARE). GARE is based on CometG, a decentralized computational infrastructure for Desktop grid environments that provides a scalable communication and interaction substrate and presents a virtual semantically specialized shared space abstraction. It enables the dynamic and asynchronous interactions required by the algorithm to be simply expressed and efficiently implemented. The design and implementation of GARE/CometG and the replica exchange simulations that it enables are presented. Experimental evaluations using the PlanetLab [1] wide-area test bed as well as a campus grid environment are presented.

关键词： grid computing Temperature Computational modeling Algorithm design and analysis Protein engineering Application software Drugs distributed computing Power engineering and energy Sampling methods

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Simulation of grid tied Inverter control scheme for distributed Generators

Simulation of Grid tied Inverter control scheme for Distribu...

引用

IEEE international conference on Circuits, Power and computing Technologies (ICCPCT)

作者： Jesudaiyan, A. Stanley Prakash, S. Lenin Saranathan Coll Engn Dept EEE Tiruchirappalli India

ISBN: (纸本)9781479923977

This paper presents the design and simulation of a grid interface system for a DG (distributed generator) source. The grid interface is realized by a three phase VSI (voltage source Inverter). The control scheme employed for the grid interface is based on generalized pq theory. The proposed control scheme will work even when the grid voltage is highly distorted. The design of the magnetics used in the grid interface is also presented. The proposed control scheme is validated for injecting real power to the grid from a DG source by simulation in MATLAB SIMULINK environment. The results show that the proposed control scheme is an attractive solution for grid interface of DG sources like PV, fuel cells and wind driven PMSG.

关键词： distributed generator Three phase inverter PLL Hysterisis controller d-q reference frame

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Dynamic Load Balancing Model for layered grid Architecture 1

Dynamic Load Balancing Model for layered Grid Architecture

引用

1st international conference on Next Generation computing Technologies (NGCT)

作者： Patni, Jagdish Chandra Aswal, Mahendra Singh Mewar Univ Chittaurgarh India Gurukula Kangri Vishwavidyalaya Haridwar India

ISBN: (纸本)9781467368094

Rapid growth of internet and other technologies seems more challenging to develop the high speed networks with powerful capabilities in lower computational cost. To cover the above problem grid computing has emerged rapidly. The previous technologies such as distributed computing cluster computing, parallel computing, etc., facing the problem of space utilization. Using grid computing technologies the distributed resources can be accessed or used situated around the world without any geographical limitations. Algorithms developed earlier basically focused on homogenous set of computing nodes having homogenous network with higher computational speed. In this paper we are addressing the problem of adaptability, scalability and heterogeneity that creates grid computing environment more challenging. Here covered the important aspects of grid computing;scalability heterogeneity, and allocation of resources dynamically. The proposed multilevel tree architecture that is Hierarchal;Covers scalability and heterogeneity of the resources All the computing resources are independent from the architecture of grid.

关键词： Static load balancing Dynamic load Balancing Working Node Highly Loaded Nodes Lightly Loaded Nodes Group Manager Location Manager grid Manger

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How to build a high-performance compute cluster for the grid

How to build a high-performance compute cluster for the Grid

引用

30th international conference on Parallel Processing (ICPP Workshops)

作者： Reinefeld, A Lindenstruth, V Konrad Zuse Zentrum Informat Tech Berlin ZIB Berlin Germany

ISBN: (纸本)0769512607

The success of large-scale multi-national projects like the forthcoming analysis of the LHC particle collision data at CERN relies to a great extent on the ability to efficiently utilize computing and data-storage resources at geographically distributed sites. Currently, much effort is spent on the design of grid management software (Datagrid, Globus, etc.), while the effective integration of computing nodes has been largely neglected up to now. This is the focus of our work. We present a framework for a high-performance cluster that can be used as a reliable computing node in the grid. We outline the cluster architecture, the management of distributed data and the seamless integration of the cluster into the grid environment.

关键词： grid computing resource management cluster architecture distributed data-intensive applications

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