The following sections explain these concepts in more detail.
下述的段落中更详细地阐明了这些概念。
The transformation presented in the following section helps explain these concepts in details.
下一节中出现的转换将有助于详细解释这些概念。
Your day is ruled by minutes and seconds, but these concepts are not real in any physical sense and are nonexistent to numberless people.
你的一天被分和秒所支配，但这些概念在任何物理意义上都是不真实的，对无数人来说都是不存在的。
Now, we'll cover these concepts in greater detail later, but you should be getting the idea that I don't want you to just film dancers on stage and turn it in as your screen dance project.
现在，我们将在后面更详细地介绍这些概念。但是你应该知道，我不希望你只是拍摄在舞台上的舞者，然后把它当成你的银幕舞蹈项目来提交。
On the other hand, it links these concepts to everyday realities in a manner which is parallel to the links journalists forge on a daily basis as they cover and comment on the news.
另一方面，类似于新闻记者每天在报道和评论新闻时会与生活建立起联系，它把这些概念与日常实际联系起来。
But we often fail in successfully conducting and following through regarding these concepts.
但是我们经常在执行和遵守这些概念之后却失败了。
In Part 2, we will start applying these concepts and show you how to build a real application.
在第2部分，我们将开始应用这些概念，并演示如何构建实际的应用程序。
For example, it can map between a logical and physical model, that is, between the concepts of the canonical data model and the realization of these concepts in the data platform.
例如，它可以在逻辑模型与物理模型之间映射，也就是规范化数据模型的概念与这些概念在数据平台中的实现之间的映射。
Take the time to look these concepts up in the related links, or peruse one of the related books.
不过你可以花点时间看看这些概念的相关链接，或细读一些相关书籍。
We can add more to the example schema as shown in Listing 4 to illustrate these concepts.
为了说明这些概念，我们可以向前述清单4中的示例模式中添加更多的内容。
To a degree, these concepts could already be found in the UML 1 definition of collaborations, except that they were not applied recursively.
从某种程度上来说，这些概念在UML1 中对于协作的定义里可以找到，只可惜它们不能用于递归。
Therefore, you may see similar performance characteristics in other DBMS environments that support these concepts.
因此，您可在支持这些概念的其他DBMS环境下发现类似的性能特征。
To find these concepts in text, you can specify rules that define a pattern to match these concepts.
为了在文本中寻找这些概念，可以通过指定规则定义匹配这些概念的模式。
While stereotypes allow users to define new concepts in UML, tags allow users to store additional information about these new concepts.
构造型允许用户定义新的UML概念，而标记则允许用户存储关于这些新概念的信息。
These concepts evolved from the FFS work, but they first found organized expression in IDS.
这些概念从FFS工作演化而来，但是其有组织表达是在IDS中首次找到的。
These concepts are all well grounded in existentialist thought.
所有这些概念都可以在存在主义中找到依据。
It was not the first graphical, mouse-driven computer, but it employed these concepts in a useful product.
它不是第一台图形化界面、由鼠标操控的电脑，但却把这些概念组合成了一个实用的产品。
Let's explore these concepts in the context of a specific example.
让我们通过一些具体的例子来研究这些概念。
Note: these are well documented concepts in mathematics that have been well studied and rigorously defined.
注：这些是在数学领域中有大量文献记载的概念，经过充分的研究和严格的定义。
In the new UML 2.0 infrastructure, these concepts were separated, and their syntax and semantics defined separately.
在新的UML 2.0架构中，这些概念被分离开，并且它们的语法和语义也被单独的定义。
These concepts had a lot in common but were subtly different in non-obvious ways.
这些概念除了在不同方法中有一些微妙的差别外，它们都有着许多共同点。
In an abstract sense, these database concepts may seem confusing, but in practice they're fairly straightforward.
从抽象意义上来说，这些数据库概念看起来可能让人混淆。但在实践上，它们相当简单。
These physics concepts will be used in ways both scientifically rigorous and purely metaphorical.
这些物理学概念的应用可以在科学上很严谨，也可以是完全的比喻义。
These finer-grained concepts are then combined in different ways to produce more complex user-level modeling concepts.
这些优化后的概念，以不同的方法结合产生了更加复杂的用户级别的建模概念。
While technical in nature, it will be important to present these terms and concepts in a way to facilitate understanding regardless of the technological know-how.
虽然这些术语和概念具有很强的技术性，但对它们的表述必须有助于理解，不管其技术原理是怎样的。
Figure 1 below maps these concepts in our example above to their analogous concepts in the world of SOA.
下面的图1将上面示例中的这些概念对应到了soa世界的类似概念。
The term is frequently used to convey one of these concepts in a variety of areas such as networking, storage, and hardware.
在诸如网络，存储，硬件等各种各样的场合，这一术语都被频繁地用于表达上述概念。
In other words, these concepts could become the underpinning of what is now generically known as the interest graph.
换句话说，这些概念会成为新的“兴趣图谱”的基础支持。
So that you are right. There will be more that just what is the core of these concepts, and they can overlap in all sorts of various ways.
因此你是对的，不仅仅只有，这些概念的核心，它们可以以种种方式重合。
Its quite difficult to play with these concepts in your mind if you're not use to it. okay right what do we know.
很难改变你们脑中的概念，如果你们不习惯，好，我们知道什么呢。
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