这就是企业架构存储库的目的所在：它提供将所有信息整合到一起的结构、索引和管理模式。
This is the purpose of the enterprise architecture repository: it provides a structure, index, and management scheme all rolled into one.
在复制架构中，一个Solr服务器充当主服务器，负责向一个或多个处理查询请求的从服务器提供索引的副本(称为snapshot)。
In a replicating architecture, one Solr server ACTS as the master server, providing copies of the index (called snapshots) to one or more slave servers that handle query requests.
本文中，我们回顾了内容存储库和相关的索引——IBMWorkplaceWebContentManagement架构的关键组件。
In this article, we've reviewed the content repository and the associated indexes — key components of the IBM Workplace Web content Management architecture.
WorkplaceWebContentManagement架构中的第二个关键项是内容索引。
A second key item in the Workplace Web content Management architecture is the indexing of content.
ISAM用的是同样的基本架构——分离数据和索引，同时在数据发生变化时自动更新索引。
ISAM used the same basic architecture - separating data and indices with automatic updates of the indices when data was changed.
eBay在Hadoop世界(Hadoop World)大会的主题演讲中展示了一种全新的搜索引擎Cassini的架构，该引擎预计在2012年上线。
EBay presented a keynote at Hadoop World, describing the architecture of its completely rebuilt search engine, Cassini, slated to go live in 2012.
有了ForestofTrees索引，数据库架构师可以指定一个和多个引导列来创建一个hash键。
With a Forest of Trees index, the database architect can specify one or more of the leading columns to be used to create a hash key.
这个问题可以是对人而问，但现在更多的是针对某个网络搜索引擎是否是一个专业或“垂直”架构的引擎站点同时也具有像Yahoo ！和Google那样的“博学”而问的。
The question can be asked of people, but it is increasingly being asked about Internet search-engines, as specialist or "vertical" sites take on generalists such as Yahoo! And Google.
本文的主要工作有以下几点：第一，PPDSS系统设计，引入了分布式架构，去掉中心节点，将元数据索引和数据存储的负载分发到每一台服务器上。
The major work of this thesis is showed below:First, PPDSS's architecture is designed. Metadata indexes and data loads are distributed among all servers to get rid of central node.
主要论述OVSR的本体架构，视频语义模型和索引模型，研究OVSR的查询重写算法以及本体推理算法。
The authors mainly discussed OVSR's ontology structure, video semantic model and indexing model, and studied the user's searching rewriting algorithm and ontology reasoning algorithm.
提出了一种基于移动代理技术的通用主动网络架构，并给出了一种基于此架构的原型应用——主动搜索引擎。
A universal active network architecture based on mobile agent technology was proposed, also a prototype application-active search engine founded on this architecture was put forward.
设计了一种面向商业领域搜索引擎的系统架构，并着重对索引部分的设计与实现进行了详细的分析。
We design an architecture adapt to search engine oriented business, and analyse design and implementation of the index part.
提出了开发零件库中基于本体的智能搜索引擎的研究内容，设计了一种智能搜索引擎的系统架构。
Research about development of the intelligent search engine based on ontology in parts-library were proposed, and a system architecture of the search engine was designed.
为了较好地满足用户需求，该文提出了利用分布式数据库搜索引擎架构来实现智能化的搜索和定位。
In order to satisfy the users requirement, this paper gives a system structure of the distributed database search engine, which implements the intellectualized search and orientation.
实现该系统时，引入了搜索引擎的架构模型，即网络蜘蛛、索引器和检索器，并且加入了分词和搜索自动提示功能。
In order to implement the system, we introduce the architecture of search engine: web spider, indexer and searcher. We also add the functions of segmentation and the keyword tips.
首先，借鉴主题搜索引擎的设计思想，分析系统的总体架构和功能模块。
Firstly, based on the design idea of topic search engine, architecture and function modules of the system are analyzed.
然后，在搜索引擎关键技术的基础上，基于一个轻量级的架构设计了搜索引擎的三个主要模块：网页爬虫、索引器与搜索器。
Then, on basic of search engine's core technologies, based on a lightweight architecture, its three main modules were designed: crawler, indexer and searcher.
本文从构成一个搜索引擎的基本架构入手，分析了各个部分的结构及原理，设计了一个可扩展的搜索引擎。
This thesis will start with a basic structure of a search engine, and then analyze the composition and the principle of each part, and design an expansive search engine.
重点介绍系统在内容模型设计，模板设计，扩展架构设计，搜索引擎设计和缓存设计等方面的内容。
The design of content model, template, extendable structure, search engine and cache mechanism are introduced in detail.
为了较好地满足用户需求，该文提出了利用分布式数据库搜索引擎架构来实现智能化的搜索和定位。
The design and implementation of the intelligent Web search engines for special topics were discussed in this article.
为了较好地满足用户需求，该文提出了利用分布式数据库搜索引擎架构来实现智能化的搜索和定位。
The design and implementation of the intelligent Web search engines for special topics were discussed in this article.
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