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Bulding a cloud service for medical image processing based on service-orient archtecture

机译:基于面向服务的架构构建用于医学图像处理的云服务

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This paper describes how to construct and develop a cloud service for medical image processing based on the service-oriented architecture (SOA), and implements hand X-ray imaging module, for example. SOA architecture is a model consists of different standard components of web services technology. The reason for using this architecture is that it can construct a flexible, reusable, interoperable with integrated interface for internal and external communication of the cloud service. Such as cloud internal applications, web applications and user related communication to achieve the goal of software as a service. We achieve the resources integration of SOA and image processing software “ImageJ” in order to solve the various technical limitations and the communication problems between the distributed techniques. ImageJ is widely used in the field of diagnostic medical imaging with a variety of image processing and analysis, and thus the performance is enhanced for our implementation of service-oriented model in cloud on image processing functions. This paper analyzes the SOA architecture in remote communications, security and development program based on the multi-layer approach. Furthermore, we implement a specific cloud service to show that improvement on the programming techniques and steps for web service access.
机译:本文介绍了如何基于面向服务的体系结构(SOA)构建和开发用于医学图像处理的云服务,并实现了例如手持式X射线成像模块。 SOA体系结构是由Web服务技术的不同标准组件组成的模型。使用此架构的原因是,它可以为云服务的内部和外部通信构建灵活,可重用,可与集成接口互操作的功能。例如云内部应用程序,Web应用程序和与用户相关的通信,以实现软件即服务的目标。我们实现了SOA和图像处理软件“ ImageJ”的资源集成,以解决各种技术局限性和分布式技术之间的通信问题。 ImageJ通过各种图像处理和分析而广泛用于诊断医学成像领域,因此,由于我们在图像处理功能上的云中实现了面向服务的模型,因此性能得到了提高。本文分析了基于多层方法的远程通信,安全性和开发程序中的SOA体系结构。此外,我们实现了一种特定的云服务,以显示对Web服务访问的编程技术和步骤的改进。

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