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Language-Based Approach To Wireless Sensor Network Security.

机译:基于语言的无线传感器网络安全方法。

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In this project we investigated software architectures to support secure and reliable embedded systems application programming. In particular, we were focused on Wireless Sensor Network (WSN) applications developed the TinyOS programming environment. A major contribution was an extension of the nesC programming language, called SpartanRPC, that provides a secure RPC abstraction and an expressive and fine-grained security policy language. SpartanRPC allows multiple networks in distinct security domains to interact without resorting to other hardware intermediaries. Another major contribution was a staged programming language, called Scalaness/nesT, that allows nesC programs to be automatically generated by Scala programs running on a high-powered 'hub' machine, and subsequently deployed over-the-air to WSN componet nodes. This framework allows more efficient, reliable, type-safe orchestration of WSN systems. Another significant contribution of our project was a new mechanism for embedding watermarks in WSN data to support fair-use policies for information sharing.

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