高级创伤生命支持（advanced trauma life support，ATLS）培训自1978年在美国首次开展以来，已被认为是创伤救治培训的规范教程和创伤救治方法的指南，被世界广大医务人员所接受、推广。该教程由美国外科医师协会（ACS）下属的创伤委...高级创伤生命支持（advanced trauma life support，ATLS）培训自1978年在美国首次开展以来，已被认为是创伤救治培训的规范教程和创伤救治方法的指南，被世界广大医务人员所接受、推广。该教程由美国外科医师协会（ACS）下属的创伤委员会（COT）、ATLS国际会员、美国急诊医师联合会（ACEP）等联合编写，具有知识产权和商标，任何没有经过ACS批准的个人和组织不能使用该教程培训，因此，我国很少有医务人员接受ATIS培训，亦未曾见过ATLS培训效果报道。展开更多
In a context where urban satellite image processing technologies are undergoing rapid evolution,this article presents an innovative and rigorous approach to satellite image classification applied to urban planning.Thi...In a context where urban satellite image processing technologies are undergoing rapid evolution,this article presents an innovative and rigorous approach to satellite image classification applied to urban planning.This research proposes an integrated methodological framework,based on the principles of model-driven engineering(MDE),to transform a generic meta-model into a meta-model specifically dedicated to urban satellite image classification.We implemented this transformation using the Atlas Transformation Language(ATL),guaranteeing a smooth and consistent transition from platform-independent model(PIM)to platform-specific model(PSM),according to the principles of model-driven architecture(MDA).The application of this IDM methodology enables advanced structuring of satellite data for targeted urban planning analyses,making it possible to classify various urban zones such as built-up,cultivated,arid and water areas.The novelty of this approach lies in the automation and standardization of the classification process,which significantly reduces the need for manual intervention,and thus improves the reliability,reproducibility and efficiency of urban data analysis.By adopting this method,decision-makers and urban planners are provided with a powerful tool for systematically and consistently analyzing and interpreting satellite images,facilitating decision-making in critical areas such as urban space management,infrastructure planning and environmental preservation.展开更多
文摘高级创伤生命支持（advanced trauma life support，ATLS）培训自1978年在美国首次开展以来，已被认为是创伤救治培训的规范教程和创伤救治方法的指南，被世界广大医务人员所接受、推广。该教程由美国外科医师协会（ACS）下属的创伤委员会（COT）、ATLS国际会员、美国急诊医师联合会（ACEP）等联合编写，具有知识产权和商标，任何没有经过ACS批准的个人和组织不能使用该教程培训，因此，我国很少有医务人员接受ATIS培训，亦未曾见过ATLS培训效果报道。
文摘In a context where urban satellite image processing technologies are undergoing rapid evolution,this article presents an innovative and rigorous approach to satellite image classification applied to urban planning.This research proposes an integrated methodological framework,based on the principles of model-driven engineering(MDE),to transform a generic meta-model into a meta-model specifically dedicated to urban satellite image classification.We implemented this transformation using the Atlas Transformation Language(ATL),guaranteeing a smooth and consistent transition from platform-independent model(PIM)to platform-specific model(PSM),according to the principles of model-driven architecture(MDA).The application of this IDM methodology enables advanced structuring of satellite data for targeted urban planning analyses,making it possible to classify various urban zones such as built-up,cultivated,arid and water areas.The novelty of this approach lies in the automation and standardization of the classification process,which significantly reduces the need for manual intervention,and thus improves the reliability,reproducibility and efficiency of urban data analysis.By adopting this method,decision-makers and urban planners are provided with a powerful tool for systematically and consistently analyzing and interpreting satellite images,facilitating decision-making in critical areas such as urban space management,infrastructure planning and environmental preservation.
