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논문검색

A Cloud-computing-based Resource Allocation Model for University Resource Optimization

원문정보

초록

영어

The resource allocation is the basic guarantee for the effective implementation of the university development strategy, while resource allocation mechanism is an effective control measure to strengthen the university management. So the importance of resource allocation has caused widespread attention and concern of university administrators. Combining with the actual situations and encountered problems of university resource management, we introduced cloud computing ideas and proposed a cloud-computing-based resource allocation model to conduct a preliminary exploration and research on this issue. We first formulated the resource allocation problem, and then proposed the resource allocation concept model and its corresponding application model in universities. Based on the proposed model, we further expanded detailed analyses and descriptions on resource definition and description, resource allocation rules and methods, resource management mode, and a general mathematical model of resource allocation optimization in university. Finally, we gave a cloud-computing-based university resource allocation framework to offer references and consult for further applications of technology based on cloud computing in the university resource construction, aiming to achieve optimal university resource allocation and improve teaching quality and efficiency.

목차

Abstract
 1. Introduction
 2. Resource Allocation Model
  2.1. Problem Formulation
  2.2. Resource Allocation Concept Model
  2.3. Resource Allocation Application Model
  2.4. Resource Description
  2.5. Resource Management and Allocation
  2.6. The Mathematical Model of Resource Allocation Optimization
 3. The Application of Cloud-Computing-Based Resource Allocation Model
  3.1. Cloud Computing Overview
  3.2. The Architecture of Cloud-Computing-Based Resource Allocation Model
 4. Conclusions
 Acknowledgements
 References

저자정보

  • Cong Liu Information Technology Center, Tsinghua, Beijing, China

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