分布式集装箱数据中心的绿色层次化管理
发布时间：2019-05-12 20:25
【摘要】：近几年,模块化数据中心(集装箱数据中心)因其高能效可拓展的特点而成为极具前景的IT基础设施解决方案.预定制的集装箱数据中心不仅可以被部署在传统仓库级数据中心设施中以支持容量扩展,还能够被部署在城市/郊外以支持物联网数据的本地处理.把传统集中建设和管理的数据中心与地理上分布的模块化数据中心结合起来,能够更加方便地利用本地绿色能源发电以及减少数据传输成本.针对目前涌现的地理上分布的集装箱式数据中心模块提出了一种新型分层化管理模式,该技术将分布式集装箱数据中心逻辑上划分成多个性质和功能不同的层级.一个中央调配系统被用来监控每个层级的集装箱数据中心并施加动态休眠机制以进一步提升数据中心的整体效能.小规模测试实验结果显示分层化管理机制能够提升12%~32%的数据中心整体能效,并且保持较高的服务性能.
[Abstract]:In recent years, modular data center (container data center) has become a promising IT infrastructure solution because of its energy efficiency. Pre-customized container data centers can be deployed not only in traditional warehouse-level data center facilities to support capacity expansion, but also in cities / suburbs to support local processing of Internet of things data. Combining the traditional centralized construction and management data center with the geographically distributed modular data center, it is more convenient to use local green energy to generate electricity and reduce the cost of data transmission. In this paper, a new hierarchical management model for geographically distributed container data center modules is proposed, which divides distributed container data centers into several layers with different properties and functions. A central deployment system is used to monitor container data centers at each level and apply dynamic dormancy mechanisms to further improve the overall performance of data centers. The results of small-scale test show that the hierarchical management mechanism can improve the overall energy efficiency of the data center by 12% and 32%, and maintain high service performance.
【作者单位】： 上海交通大学计算机科学与工程系;
【基金】：国家自然科学基金项目(61502302)~~
【分类号】：TP308
[Abstract]:In recent years, modular data center (container data center) has become a promising IT infrastructure solution because of its energy efficiency. Pre-customized container data centers can be deployed not only in traditional warehouse-level data center facilities to support capacity expansion, but also in cities / suburbs to support local processing of Internet of things data. Combining the traditional centralized construction and management data center with the geographically distributed modular data center, it is more convenient to use local green energy to generate electricity and reduce the cost of data transmission. In this paper, a new hierarchical management model for geographically distributed container data center modules is proposed, which divides distributed container data centers into several layers with different properties and functions. A central deployment system is used to monitor container data centers at each level and apply dynamic dormancy mechanisms to further improve the overall performance of data centers. The results of small-scale test show that the hierarchical management mechanism can improve the overall energy efficiency of the data center by 12% and 32%, and maintain high service performance.
【作者单位】： 上海交通大学计算机科学与工程系;
【基金】：国家自然科学基金项目(61502302)~~
【分类号】：TP308
【参考文献】
相关期刊论文 前4条
1 叶冉;李超;梁晓\，
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