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      Trend Towards the Use of Complex Networks in Cloud Computing Environment

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      https://www.riss.kr/link?id=A100500511

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      As a result of stochasticity of the spreading process and topological complexity of the cloud computing, it is an arduous task to characterize the nodes which are far more influential than others. The entire objective of this paper is to examine complex networking based cloud computing. Complex networks are those networks whose structure is irregular, complex and evolving dynamically. Its main focus may be the analysis of small networks to that particular of system with thousands or millions of node. It has been found from the review that none of the technique is way better for cloud computing. Therefore, this paper ends with the future scope to solve these issues.
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      As a result of stochasticity of the spreading process and topological complexity of the cloud computing, it is an arduous task to characterize the nodes which are far more influential than others. The entire objective of this paper is to examine compl...

      As a result of stochasticity of the spreading process and topological complexity of the cloud computing, it is an arduous task to characterize the nodes which are far more influential than others. The entire objective of this paper is to examine complex networking based cloud computing. Complex networks are those networks whose structure is irregular, complex and evolving dynamically. Its main focus may be the analysis of small networks to that particular of system with thousands or millions of node. It has been found from the review that none of the technique is way better for cloud computing. Therefore, this paper ends with the future scope to solve these issues.

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      목차 (Table of Contents)

      • Abstract
      • 1. Introduction
      • 2. Basic Concepts of Complex Networks and Cloud Computing
      • 2.1. Small-world Networks
      • 2.2. Scale-free Networks
      • Abstract
      • 1. Introduction
      • 2. Basic Concepts of Complex Networks and Cloud Computing
      • 2.1. Small-world Networks
      • 2.2. Scale-free Networks
      • 3. Load Balancing
      • 3.1. Resource Allocation
      • 3.2. Task Scheduling
      • 3.3. Load Balancing on the Cornerstone of Cloud Environment
      • 4. Literature Survey
      • 5. Gaps in Literature
      • 6. Conclusion and Future Scope
      • References
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