One key characteristic of cloud storage architectures is called multi-tenancy.
云存储架构的一个关键特征称为多租户。
From Figure 1, you can see some of the characteristics for current cloud storage architectures.
从图1中，您可以看到当前云存储架构的一些特征。
Concepts such as autonomic computing will have a key role in cloud storage architectures in the future.
在未来，诸如自主计算这样的概念将在云存储架构中起到关键的作用。
As discussed in the Manageability section, autonomic computing is a requirement for cloud storage architectures.
正如在可管理性部分所讨论的，自主计算是云存储架构所必需的。
Cloud storage architectures are primarily about delivery of storage on demand in a highly scalable and multi-tenant way.
云存储架构主要关乎以一个高度可扩展和多租户的方式按需交付存储。
Therefore, I first define a set of criteria by which cloud storage models are measured, and then explore some of the interesting implementations within cloud storage architectures.
因此，我首先定义一组可度量云存储模型的标准，然后探究云存储架构内的一些有趣的实现。
This article presents a modeling method based on common I/O paths to describe current storage architectures. Queuing network models are presented for server storage systems and Data Centers.
基于数据存储I/O通道，为“服务器存储”和“数据中心”两种典型存储结构建立排队模型，利用模型对比分析两种结构的性能特点。
This article presents a modeling method based on common I/O paths to describe current storage architectures. Queuing network models are presented for server storage systems and Data Centers.
基于数据存储I/O通道，为“服务器存储”和“数据中心”两种典型存储结构建立排队模型，利用模型对比分析两种结构的性能特点。
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