A Pure Peer-To-Peer Desktop Grid framework with efficient fault tolerance

El-Desoky, Ali; Ali, Hesham; Azab, Abdulrahman

doi:10.1109/icces.2007.4447070

Cited by 17 publications

(8 citation statements)

References 11 publications

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“…Here we describe our proposed job analyzer component, which works based on stack inspection methodology as a part of our proposed HIMAN-ID intrusion detection system, in order to analyze the submitted tasks to our developed computational grid computing system called "HIMAN" [6,7]. This job analyzer component determines whether a certain task has the authority to use a required resource inside HIMAN system.…”

Section: The New Gids Component and Existing Modelmentioning

confidence: 99%

A study for access control flow analysis with a proposed job analyzer component based on stack inspection methodology

Kholidy

2010

2010 10th International Conference on Intelligent Systems Design and Applications

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Security problems arise in software systems are very challenging. Using program analysis techniques and some language based security rules can help in enforcing application-level security through control access to program resources and verification of control flow of the information inside the program based on some security properties. This paper presents a new job analyzer component for an intrusion detection system which works inside our developed computational grid system called "HIMAN" to analyze access required by a certain submitted task to the grid resources. This paper consists of three parts. First part is a survey for the previous work for access control, information flow security analyses, and the stack inspection methodology. Second part is a representation for a static analysis study for enhancing the stack inspection methodology in order to optimize the program complexity. Finally, the third part explains how to use the access control flow analysis based on the enhanced stack inspection methodology described in this paper to develop the new job analyzer component.

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Section: The New Gids Component and Existing Modelmentioning

confidence: 99%

A study for access control flow analysis with a proposed job analyzer component based on stack inspection methodology

Kholidy

2010

2010 10th International Conference on Intelligent Systems Design and Applications

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“…Global Desktop Grid (also known as public Desktop Grids) consists of a publicly accessible server providing services to clients [1]. Clients can use computers to request for information from the server at anytime, anywhere and there is no assurance that a client which started the computation will finish the computational process.…”

Section: Types Of Desktop Grid Computingmentioning

confidence: 99%

An Overview and Perspective of Desktop Grid Middleware to Speed up Smul8 process by Predicting Child Mortality Birth and Death Rate in West African Countries

E.Abel¹

2015

CAE

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Desktop Grid middleware enables the connection of two or more computer systems to work together by harnessing their processing power to perform complex computational task. Desktop Grid Computing is fault tolerant due to the fact that, the failure of one computer system does not halt the execution process of the assigned task. This research study explore in detail about desktop grid computing and computer simulation. It discuss briefly about the child mortality birth and death rate in West African countries. The challenges of the existing systems used to predict child mortality birth and death rate in West African States were highlighted; thus a proposed system solution called "Desktop Grid Middleware to Speed up Smul8" was modeled to resolve some of the flaws of the existing system. The responsibility of the proposed system is to speed up the execution process via Simul8 to predict the total number of child mortality birth and death rate, within a specified timeframe (e g. from the year 2016 to 2090) at the shortest possible time by combining the processing powers of four Computer Systems. The proposed system solution was also recommended to health agencies and other humanitarian agencies and end with a conclusion.

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“…Any node can submit tasks, and can also serve as executor for other tasks at the same time. Since HIMAN enables the execution of both serial and parallel tasks [1], the current GUI interface requires the user to specify many configuration parameters such as: locations of the code and data files, number of subtasks, execution environment, and scheduling policy. This can be too complex for the non-expert users.…”

Section: Himan Overviewmentioning

confidence: 99%

“…We have implemented such a VFS layer above a middleware core based on our HIMAN platform [1,3]. The VFS layer sits between the end user/programmer and the client program enabling them to assign a task to be executed on the grid simply by calling the write() function of the virtual file system on a specific virtual path.…”

Section: Introductionmentioning

confidence: 99%

A Virtual File System Interface for Computational Grids

Azab

Meling

2010

Lecture Notes in Computer Science

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Abstract. Developing applications for distributed computation is becoming increasingly popular with the advent of grid computing. However, developing applications for the various grid middleware environments require attaining intimate knowledge of specific development approaches, languages and frameworks. This makes it challenging for scientists and domain specialists to take advantage of grid frameworks. In this paper, we propose a different approach for scientists to gain programmatic access to the grid of their choice. The principle idea is to provide an abstraction layer by means of a virtual file system through which the grid can be accessed using well-known and standardized system level operations available from virtually all programming languages and operating systems. By abstracting away low-level grid details, domain scientists can more easily gain access to high-performance computing resources without learning the specifics of the grid middleware being used. We have implemented such a virtual file system on HIMAN, a peer-to-peer grid middleware platform. Our initial experimental evaluation shows that the virtual file system only cause a negligible overhead during task execution.

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A Pure Peer-To-Peer Desktop Grid framework with efficient fault tolerance

Cited by 17 publications

References 11 publications

A study for access control flow analysis with a proposed job analyzer component based on stack inspection methodology

A study for access control flow analysis with a proposed job analyzer component based on stack inspection methodology

An Overview and Perspective of Desktop Grid Middleware to Speed up Smul8 process by Predicting Child Mortality Birth and Death Rate in West African Countries

A Virtual File System Interface for Computational Grids

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