Titlebook: Secure Broadcast Communication; In Wired and Wireles Adrian Perrig,J. D. Tygar Book 2003 Springer Science+Business Media New York 2003 Eval

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https://doi.org/10.1007/978-1-4615-0229-6Evaluation; Information; Sensor; Signatur; algorithms; communication; network security; tables

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Cryptographic Fundamentals,This chapter presents terminology, notation, requirements, and a variety of cryptographic primitives. These cryptographic primitives serve as building blocks for our protocols.

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ELK Key Distribution,Broadcast streams require authentication and confidentiality. Previous chapters present protocols for efficient authentication and signature protocols for broadcast streams. This chapter discusses confidentiality and access control.

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Sensor Network Security,A central goal of this book is to propose secure mechanisms for broadcast communication applicable in a wide range of settings. To demonstrate the flexibility and generality of our techniques, we consider a highly resource-constrained broadcast environment and show that our methods can scale down to this environment, and achieve a secure system.

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TESLA Broadcast Authentication,oss-tolerant Authentication, a protocol for broadcast authentication. TESLA has a number of features, so for clarity of exposition, we develop TESLA in stages. We begin with a basic protocol, and we add additional features in subsequent stages. (In later chapters, we examine alternative approaches to broadcast authentication.)