CAJ | 학술논문

基于三层架构设计了一种人体肺部内污染检测软件，以实现对人体肺部γ射线的检测。对软件的功能分层设计，每层功能独立实现，降低设计的复杂性。最终实现对采集到的射线的数据分析，为肺部内污染程度分析打下基础。与传统软件设计过程比较，三层架构设计更利于软件的修改与维护，提高了软件的复用程度。
기우삼층가구설계료일충인체폐부내오염검측연건，이실현대인체폐부γ사선적검측。대연건적공능분층설계，매층공능독립실현，강저설계적복잡성。최종실현대채집도적사선적수거분석，위폐부내오염정도분석타하기출。여전통연건설계과정비교，삼층가구설계경리우연건적수개여유호，제고료연건적복용정도。
A contamination detection in the lungs software is designed with three layer architecture to achieve the detection of gamma rays.Hierarchical design for the function of the software, the function of each layer can be independently implementation to reduce the complexity of the design, to finally realizes the data analysis of the collected ray.The foundation for the further lung pollution degree analysis is realized.Compared with tradition-al software design process, three layer architecture design is in favor of the modification and maintenance of the software, promoted the reuse ability of the software.