A relational database application in support of integrated neuroscience research.
A relational database application in support of integrated neuroscience research.
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支持综合神经科学研究的关系数据库应用程序。
DOI：
10.1142/s0219635204000609
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发表时间：
2004
期刊：
影响因子：
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通讯作者：
Raphan,Theodore
中科院分区：
文献类型：
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作者：
Rudowsky,Ira;Kulyba,Olga;Kunin,Mikhail;Ogarodnikov,Dmitri;Raphan,Theodore
关系数据库的发展显著提高了存储、搜索和检索功能的性能，并使执行实时数据采集和分析的应用程序能够与这些类型的数据库进行交互。本研究的目的是使用Oracle9i系统开发一个数据采集和分析应用程序与关系数据库之间交互的用户界面。整个系统被设计为具有索引能力，该索引能力可与数据采集和分析程序相连接。设计了表格，并建立了数据库内的关系，以便为档案和档案内所载信息编制索引。该系统提供了广泛的媒体检索能力，包括模拟，事件和视频数据类型。该系统在实验时与数据捕获程序交互以在关系数据库中创建多媒体文件以及元数据条目的能力避免了在数据库中的手动条目，并确保了数据完整性和完整性，以便通过分析应用程序与数据进一步交互。
The development of relational databases has significantly improved the performance of storage, search, and retrieval functions and has made it possible for applications that perform real-time data acquisition and analysis to interact with these types of databases. The purpose of this research was to develop a user interface for interaction between a data acquisition and analysis application and a relational database using the Oracle9i system. The overall system was designed to have an indexing capability that threads into the data acquisition and analysis programs. Tables were designed and relations within the database for indexing the files and information contained within the files were established. The system provides retrieval capabilities over a broad range of media, including analog, event, and video data types. The system's ability to interact with a data capturing program at the time of the experiment to create both multimedia files as well as the meta-data entries in the relational database avoids manual entries in the database and ensures data integrity and completeness for further interaction with the data by analysis applications.