Part 2 explores some critical design differences between a cloud application and a traditional N-tier application.
第2部分探索了云应用程序和传统的n层应用程序之间的一些关键设计区别。
However, open source tools and technology can significantly mitigate the complexity of managing a cloud application.
不过，开源工具和技术大大降低了管理云应用程序的复杂性。
If you choose a different platform, you can still leverage many of the same technologies to help you manage your cloud application.
如果您选择不同的平台，仍然可以利用这里提供的大部分技术管理云应用程序。
One key step to achieving that level of service in a cloud application is by automating, and thereby enhancing, virtual machine connections.
在云应用程序中实现这种服务水平的关键一步是自动化和增强虚拟机连接。
Tooling in this layer could provide an environment that assists with cloud application development, and it should provide the means to package and deploy the application to a cloud infrastructure.
此层中的工具可以提供一个可帮助云应用程序开发的环境，并且应该提供打包和将应用程序部署到云基础结构中的方法。
Its software can monitor the use of cloud application by individual employees, and this includes looking for patterns and anomalies that could be security breaches.
它的软件能够监控单个员工对云应用的使用，还能搜索到有可能形成安全泄露的使用模式和异常现象。
Cloud application security impacts certain characteristics strongly: Multi-tenancy, parallelism, and loose coupling introduce additional security needs.
云应用程序安全性会对特定的特征产生重大影响：多租户、并行性和松耦合性都会增加安全性需求。
Cloud application security impacts certain characteristics strongly: Multi-tenancy, parallelism, and loose coupling introduce additional security needs.
云应用程序安全性会对特定的特征产生重大影响：多租户、并行性和松耦合性都会增加安全性需求。
应用推荐