Hellmann G, Kuhn M, Prosch M, Spreng M
Institut für Physiologie und Experimentelle Pathophysiologie (AG Biokybernetik), Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany.
Electroencephalogr Clin Neurophysiol. 1996 Nov;99(5):426-31. doi: 10.1016/s0013-4694(96)96502-5.
Increasing use of computer technology in EEG research requires the creation of standardized data formats to transmit, exchange, analyze or modify mainly EEG/MEG as well as mere general polygraphic data. The extensible biosignal file format (EBS) has been designed for easy use. The concept of the EBS format is a simple structure of variable size, consisting of one fixed and two variable headers and a data section. In the variable header, any information can be stored in attributes. The data are archived in one of 3 organizational forms: channel order, temporal order, or compressed. The format supports various data types, multiple biosignals (ECG, EEG, MEG, polygraph), annotations, processing history, location diagrams (CGM), 16 hit ISO 10646 character set, random access to large amounts of data, global or private extensions, self-identification, and multiple tools for conversion, modification and visualization which are freely available in source code.
脑电图研究中计算机技术的使用日益增加,这就需要创建标准化数据格式来传输、交换、分析或修改主要是脑电图/脑磁图以及普通的多导记录数据。可扩展生物信号文件格式(EBS)的设计目的是便于使用。EBS格式的概念是一种简单的可变大小结构,由一个固定头和两个可变头以及一个数据部分组成。在可变头中,任何信息都可以存储在属性中。数据以三种组织形式之一进行存档:通道顺序、时间顺序或压缩形式。该格式支持各种数据类型、多种生物信号(心电图、脑电图、脑磁图、多导记录)、注释、处理历史、位置图(CGM)、16位ISO 10646字符集、对大量数据的随机访问、全局或私有扩展、自我识别,以及多种免费提供源代码的转换、修改和可视化工具。