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Programming Model Perspective on Security and Privacy of Social Cyber-physical Systems

机译:社会网络系统安全与隐私的编程模型视角

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Both number and diversity of computer-enabled physical objects in our surroundings is rapidly increasing. Such objects offer connectivity and are programmable, which forms basis for new kinds of cyber-physical computing environments. This has inspired us to propose a programming model called Action-Oriented Programming (AcOP), where focus is at simplifying the creation of applications that build on sharing data and interactions between the devices. However, such co-operative multi-device programs are a huge challenge for security and privacy. Therefore, fine grained control over the publicity of event data and control over the actions are required. Fortunately, a lot can be achieved on the framework side to facilitate developer's use of security and privacy enhancing mechanisms. In this paper, we address this challenge in the context of AcOP.
机译:我们周围环境中支持计算机的物理对象的两个数字和多样性都迅速增加。这些物体提供连接,是可编程的,这是一种用于新种类网络物理计算环境的基础。这激发了我们提出一个名为Action Actioned编程(ACOP)的编程模型,其中重点是简化建立在共享数据和设备之间的交互的应用程序的创建。然而,这种合作的多器件程序是安全和隐私的巨大挑战。因此,需要对事件数据的宣传和对这些行动进行控制的细粒度控制。幸运的是,在框架方面可以实现很多,以促进开发人员使用安全和隐私增强机制。在本文中,我们在ACOP的背景下解决了这一挑战。

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