Cephalopode: A custom processor aimed at functional language execution for IoT devices.

J. Pope, Jules Saget, C. Seger
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引用次数: 3

Abstract

The Internet of Things (IoT) conceives a future where "things" are interconnected by means of suitable information and communication technologies. Unfortunately, recent events have demonstrated the high vulnerability of IoT. One of the main reasons for this is the use of low-level programming languages. The Octopi project is developing technologies to easily and securely program IoT devices by the use of functional high-level languages. Unfortunately, a traditional implementation of a modern functional language that runs on traditional hardware is very resource demanding. So resource demanding that few, if any, IoT devices can run them.In the Cephalopode project (which is a subproject of Octopi) we are exploring the implementation of a very low power hardware device directly aimed at running a high-level functional language. By integrating many resource-heavy tasks into dedicated hardware, we aim at creating an execution engine for IoT devices that will allow secure programming.
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Cephalopode:针对物联网设备的功能语言执行的自定义处理器。
物联网(IoT)设想了一个“事物”通过合适的信息和通信技术相互连接的未来。不幸的是,最近的事件已经证明了物联网的高度脆弱性。其中一个主要原因是使用低级编程语言。Octopi项目正在开发技术,通过使用功能高级语言轻松安全地对物联网设备进行编程。不幸的是,在传统硬件上运行的现代函数式语言的传统实现非常需要资源。资源要求如此之高,以至于很少有(如果有的话)物联网设备可以运行它们。在Cephalopode项目(它是Octopi的子项目)中,我们正在探索一种非常低功耗的硬件设备的实现,直接用于运行高级函数式语言。通过将许多资源繁重的任务集成到专用硬件中,我们的目标是为物联网设备创建一个执行引擎,从而实现安全编程。
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