The principle of auto zero correction and auto scaling is also presented.
还介绍了自动校零和自动定标原理。
Certain operations and conditions can cause your Auto Scaling group to become unbalanced.
某些操作和条件可能会导致您的自动缩放组变得不平稳。
You could, for example, set auto scaling to fire up new instances based on some metric, such as incoming traffic.
例如，您可以设置自动伸缩功能，基于一些指标(比如入站流量)自动启动新实例。
Auto scaling is an exceptionally powerful aspect of Beanstalk, putting application scalability directly into your hands.
自动伸缩功能是Beanstalk的一个极其强大的功能，将应用程序可伸缩性直接交到您手里。
With auto scaling, you decide how many instances of your application you want running and how to trigger each new instance.
使用自动伸缩功能，能够决定要运行多少应用程序实例以及如何触发每个新实例。
It also lets you configure your application's load balancer and auto scaling, which is the option that controls horizontal nodes.
它还允许配置应用程序的负载平衡器和自动伸缩功能，后者是控制水平节点的选项。
Auto Scaling - a service that manages the number of instances used, scales up during demand spikes and scales down during demand lulls.
自动的可伸缩服务——该服务管理着所用的实例数量，当请求数量增加时会扩容，当请求数量降低时会缩减。
Out of personal interest I have sketched up some ideas to use Spring Integration for auto scaling environments that would work with Amazon EC2.
出于个人兴趣，对SpringIntegration用于与AmazonEC2协同工作的自动伸缩环境，我已经有了一些构想。
This monitoring extension, when coupled with triggers and actions, will allow for further standardised auto-scaling.
当与触发器和动作结合使用时，这个监督扩展让更加标准化的自动扩充成为可能。
Automatic scaling - The auto-scaling service will allow you to grow and shrink your usage of EC2 capacity on demand based on application requirements.
自动伸缩——自动伸缩服务允许你基于应用需求随时扩大或缩小ec2的使用容量。
Heroku handles everything, from version control and collaboration to auto-scaling (built on top of Amazon's EC2).
Heroku会处理一切，从版本控制到自动伸缩的协作(基于Amazon的EC2之上)。
Method Actual geometry of the bone was represented as a standard pretreated model of bone, which was auto located by employing an affine scaling transformation.
方法针对小腿残端的特点，用标准骨替代真实骨，使用校准点映射法进行骨定位和配准，采用子域分解法自动形成网格。
Method Actual geometry of the bone was represented as a standard pretreated model of bone, which was auto located by employing an affine scaling transformation.
方法针对小腿残端的特点，用标准骨替代真实骨，使用校准点映射法进行骨定位和配准，采用子域分解法自动形成网格。
应用推荐