Resource Discovery and Selection for Large Scale Query Optimization in a Grid Environment

This paper focuses on defining the minimum requirements to support the inter-cooperation between various scales, dynamically evolved Virtual Organizations (VOs). This proposed method is able to assign a weighted value to each pair-wise path that each member (node) can select in order to locate neighbouring nodes according to their preferences. The method also takes into account the communication overhead between each node interaction. The weight of each path is to be measured by the analysis of prerequisites in order to achieve a mutually agreed interaction between nodes. Requirements are defined as the least parameters or conditions that a node needs to achieve in order to determine its accessibility factor. The motivation behind this work is the vision of the Critical Friends Community model, which is a suitable topology for interoperable grid environments. The topology suggests that capturing inter-cooperated nodes interactions that can be publicly available could lead to knowledge of neighbouring VO members which, in turn, could be used for facilitating a more effective resource discovery and selection decision.

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Blockchain and Big Data for a Smart Healthcare Model

Samad

¹

,

Nemar²,

El-Chaarani

³

2022

Handbook of Research on Artificial Intelligence and Knowledge Management in Asia’s Digital Economy

2

0

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Blockchain technology offers great properties such as scalability, decentralization, immutability, and security. These properties attracted many new fields such as healthcare, education, finance, and much more. This chapter proposes combining blockchain with big data technologies in order to provide a smart and efficient healthcare model. First, the authors propose to use the blockchain to save medical records (transactions) for patients on a large-scale system while preserving the privacy for patient. Blockchain can be used to keep track about each medical record for a patient. Since blockchains can save small amounts of data and since medical records can become very lengthy and complex to analyze, the authors propose to use big data technology in combination with blockchain. The big data technology can store large files and can handle heterogeneous files. Big data technology can apply sophisticated analysis on the data collected from blockchain.

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Defining Minimum Requirements of Inter-Collaborated Nodes by Measuring the Weight of Node Interactions

Huang

¹

,

Maple

²

,

Sant

³

et al. 2011

International Journal of Distributed Systems and Technologies

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This paper focuses on defining the minimum requirements to support the inter-cooperation between various scales, dynamically evolved Virtual Organizations (VOs). This proposed method is able to assign a weighted value to each pair-wise path that each member (node) can select in order to locate neighbouring nodes according to their preferences. The method also takes into account the communication overhead between each node interaction. The weight of each path is to be measured by the analysis of prerequisites in order to achieve a mutually agreed interaction between nodes. Requirements are defined as the least parameters or conditions that a node needs to achieve in order to determine its accessibility factor. The motivation behind this work is the vision of the Critical Friends Community model, which is a suitable topology for interoperable grid environments. The topology suggests that capturing inter-cooperated nodes interactions that can be publicly available could lead to knowledge of neighbouring VO members which, in turn, could be used for facilitating a more effective resource discovery and selection decision.

show abstract

Resource Discovery and Selection for Large Scale Query Optimization in a Grid Environment

Cited by 3 publications

References 16 publications

Defining Minimum Requirements of Inter-Collaborated Nodes by Measuring the Weight of Node Interactions

Defining Minimum Requirements of Inter-Collaborated Nodes by Measuring the Weight of Node Interactions

Blockchain and Big Data for a Smart Healthcare Model

Defining Minimum Requirements of Inter-Collaborated Nodes by Measuring the Weight of Node Interactions

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