The team then needs to make it a point to regularly go back to the vision document throughout the project and make any necessary course correction to stay in sync with the vision.
随后团队要特别重视在项目过程中定期地回顾一下愿景文档，并做一些必要的航向修正以保持与愿景同步。
The vision document need not be very detailed - but it should contain enough information that clearly explains the strategy behind the product, its intended use and expectation of sponsors.
愿景文档不需要很详细——但它应该包括足够的信息，能够清楚地解释产品背后的战略、预期用途和发起者的期望。
Click the code icon at the top to download the Vision document.
请点击顶部的代码图标下载Vision文档。
Now your requirement no longer appears as pending in the Vision document.
现在，在Vision文档中需求不再显示为挂起。
This sample document can be imported similarly to the Vision document as shown in the project definition section.
这个示例文档可以像项目定义一节所示的导入Vision 文档一样导入。
First, delete the blank Vision document by selecting the document and delete from the context menu, as shown in Figure 6.
首先，选择文档，并在上下文菜单中选择Delete，删除空的Vision文档，如图6所示。
As shown in Figure 11, select the requirement text in the Vision document (we chose the text for the first feature outlined in the Product Features section).
如图11所示，选择Vision文档中的需求文本(我们选择“产品特性”一节中描述的第一个特性的文本)。
Perhaps a group of people who have received copies of a Vision document sit together around a table to view a presentation on the Vision and afterwards debate the proposed feature list.
也许是一组获得愿景文档的人坐在一起聆听演讲，之后讨论所列出的特征列表。
Since every project needs a source for capturing all stakeholders' expectations, the project scope, and requirements and constraints, I recommend documenting this information within a Vision document.
由于每个项目都需要一个获取所有涉众期望，项目规模，以及需求和限制的来源，我建议将这个信息存档到愿景文件中。
As an important unsupervised pattern recognition tool clustering analysis has been used in diverse fields such as data mining, biology, computer vision, document analysis.
聚类分析作为一种重要的非监督模式识别工具，可用于多种领域，如数据挖掘、生物学、计算机视觉、文档分析等。
As an important unsupervised pattern recognition tool clustering analysis has been used in diverse fields such as data mining, biology, computer vision, document analysis.
聚类分析作为一种重要的非监督模式识别工具，可用于多种领域，如数据挖掘、生物学、计算机视觉、文档分析等。
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