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Received:June 28, 2010 Revised:September 07, 2010
Received:June 28, 2010 Revised:September 07, 2010
中文摘要: 目前国内的红外光谱软件缺乏统一开放的软件架构模型，使得红外光谱软件的开发缺乏合理的设计和规划，由此产生了诸如软件稳定性、数据格式通用性、软件扩展性等一系列问题。针对这一现状，提出了一种具备灵活性、复用性的红外光谱系统架构设计方案。在软件数据结构方面，借鉴JCAMP-DX 国际光谱数据格式标准对光谱数据进行抽象，重新设计了光谱软件的底层数据结构，以满足光谱数据处理的特殊需要；在系统设计方面：将系统划分为相互独立的三层，即：UI 界面表示层、光谱数据处理逻辑层、底层仪器控制层。系统整体设计采用模块化设计思想，可根据具体需求进行功能定制，光谱数据处理器的设计采用多核心设计，便于计量学算法的扩充和更新。
Abstract:The IR analysis software lacks a unified open software architecture model currently, this resulted in a series of problems, software stability, data format interoperability and software scalability was poor. The article aimed at this situation, proposed a flexible and reusable IR system architecture design. In the software data structure, referenced the JCAMP-DX standard spectral data format, re-designed the software underlying data structure to meet the spectral data processing needs. In the system design, the system was divided into three separate layers: UI layer, spectral data processing logic layer and instrument control layer. The IR analysis systems adopted the modular design, which can be customized according to functional requirements. Spectral data processor use multi-core design, this makes it is easy to extend and update the chemometrics algorithms.
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王帅,冯新泸,杨岚,周俊,崔健.开放红外光谱分析系统的架构设计.计算机系统应用,2011,20(3):5-10
WANG Shuai,FENG Xin-Lu,YANG Lan,ZHOU Jun,CUI Jian.Architecture Design of Infrared Spectroscopy Software.COMPUTER SYSTEMS APPLICATIONS,2011,20(3):5-10
王帅,冯新泸,杨岚,周俊,崔健.开放红外光谱分析系统的架构设计.计算机系统应用,2011,20(3):5-10
WANG Shuai,FENG Xin-Lu,YANG Lan,ZHOU Jun,CUI Jian.Architecture Design of Infrared Spectroscopy Software.COMPUTER SYSTEMS APPLICATIONS,2011,20(3):5-10
