Biodiversity and Ecosystem Informatics - BDEI - Overcoming nomenclatural complications while searching in a distributed database environment: One step toward true interoperability

生物多样性和生态系统信息学 - BDEI - 在分布式数据库环境中搜索时克服命名复杂性：迈向真正互操作性的一步

• 批准号: 0131928
• 负责人: Meredith Lane
• 金额: $ 10万
• 依托单位: Academy of Natural Sciences Philadelphia
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2001
• 资助国家: 美国
• 起止时间: 2001-09-01 至 2003-02-28
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0131928&HistoricalAwards=false
• 关键词: Biodiversity; Ecosystem; Informatics; BDEI; Overcoming

EIA-0131928Lane, Meredith Academy of Natural Sciences - PhiladelphiaBDEI: Overcoming nomenclatural complications while searching in a distributed database environment: One step toward true interoperability.SummaryWith biological information content growing exponentially on the Web, the average member of the public(and for that matter, many scientists) may not be able to access all of the high-quality information actuallyavailable and/or that they need because organisms are often known by more than one scientific name (many of which will perhaps be unknown to the user), and different information providers may use different names for the same organism.Important international projects such as the Global Biodiversity Information Facility (see www.gbif.org)have identified organism names as the core means for interconnecting databases from different domains(e.g., specimen databases with GenBank or ecological databases, etc.) because the organism name ishighly likely to be the only database field common to both databases. True interoperability amongdatabases is required to answer complex biological questions. This goal cannot be reached without amechanism to allow access to all available information on a particular organism.Therefore, a foundation component in the development of the GBIF and associated national effortsmust be a means to provide a list of all the names that should be searched for a given organism. The needfor this component of interoperability was clearly recognized by the proposers of GBIF, but to date therehave been no efforts specifically directed at providing software tools to make it possible. In this project,we will implement such a mechanism. It will allow even the most naive Web user to obtain biologicalinformation without needing to understand the complexities of nomenclature and associated arcana. To dothis, we will develop a query interface/portal understandable to any user; a set of standards and protocols for representing search requests (which will be sent as a URL) and result sets (which will be returned as XML using HTTP) that is platform-independent; and a set of platform-specific translators and search routines for retrieving data from participatingnomenclatural data providers.

ei - 0131928lane， Meredith自然科学学院-费城abdei：在分布式数据库环境中搜索时克服命名复杂性：迈向真正互操作性的一步。随着生物信息内容在网络上呈指数级增长，普通公众（以及许多科学家）可能无法访问所有实际可用和/或他们需要的高质量信息，因为生物体通常有多个学名（其中许多可能对用户来说是未知的），不同的信息提供者可能对同一生物体使用不同的名称。重要的国际项目，如全球生物多样性信息基金（见www.gbif.org）已经确定了生物名称作为连接来自不同领域的数据库的核心手段。（与GenBank或生态数据库的标本数据库等），因为生物体名称极有可能是两个数据库共同的唯一数据库字段。要回答复杂的生物学问题，需要数据库之间真正的互操作性。如果没有一种机制允许获取关于特定生物体的所有可用信息，就无法实现这一目标。因此，在GBIF的发展和相关的国家努力中，一个基础组成部分必须是一种手段，提供一个应该搜索给定生物体的所有名称的列表。GBIF的提议者清楚地认识到对互操作性组件的需求，但是迄今为止还没有专门针对提供软件工具来实现这一需求的努力。在本项目中，我们将实现这样一个机制。它将允许即使是最天真的网络用户获得生物信息，而不需要理解复杂的命名法和相关的奥秘。为此，我们将开发一个任何用户都能理解的查询接口/门户；一组用于表示独立于平台的搜索请求（将作为URL发送）和结果集（将使用HTTP作为XML返回）的标准和协议；以及一组特定于平台的翻译器和搜索例程，用于从参与的命名数据提供程序中检索数据。