The benefits of grid computing are not all about money.
网格计算的好处不全是钱。
Another example is the client interactions with the grid itself.
另一个例子是客户端与网格本身的交互。
Here, it's a bit like a grid. You know where everything is.
这里，它有点像一个网格。你知道所有东西在哪里。
GIG lends itself to an SOA on a grid carrying information on demand.
GIG 适合于承载按需信息的网格上的SOA。
另一个目标网格？
将网格放在脑海中。
This is the classic grid computing pattern.
这是典型的网格计算模式。
Where did grid computing come from?
网格计算出自何处？
Create a grid index on the spatial column.
在空间列上创建一个网格索引。
Reliability is already handled within the grid.
可靠性已经在网格中得到处理。
First, let's understand what grid computing is, exactly.
首先，让我们准确理解网格计算是什么。
Each computer in the grid is a display server.
网格中的每个计算机都是一个显示服务器。
Each cell in the grid can be controlled independently.
网格中的每个单元都可以单独控制。
Paint has new brush strokes, shapes, and grid support.
画图板有新的笔刷样式、形状和网格支持。
But the benefits of grid computing are not all about money.
但是网格计算的好处不都是与钱有关。
What exactly would a smart grid look like?
智能电网到底会是什么样的呢？
什么是智能电网？
You don't have to fill every little grid unit.
你也不需要填满每一个小单元格。
The system highlights letters one by one on a grid.
系统在一个网格中一个接一个的高亮显示字母。
You can store multiple content types in the same grid.
您可以在同一网格中存储多种内容类型。
A smart grid for medicine could change that.
医学智能电网的建立可以改变这种状况。
We need a plan to deal with grid failures.
我们需要应对电网故障的预案。
It enforces a regimented grid usually found in print design.
它强制使用通常在打印设计中出现的网格。
Minimalist designs require a strong grid system to be effective.
极简设计需要一个强大的行之有效的网格系统。
There are many more regions not connected to this main grid.
还有许多区域没有连接到这个主网格。
Everyone remembers when the concept of "grid computing" first became popular.
每个人都还记得“网格计算”概念首次流行起来时的情景。
Within an agent, you can perform any calculation or operation on grid data.
在代理中，可以对网格数据执行任何计算或操作。
The default, enhanced grid view
缺省视图，增强的网格视图
The default, enhanced grid view
缺省视图，增强的网格视图
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