Many real-world scenarios require the effective enforcement of a common bulk of strong security services that nowadays Wireless Sensor Network (WSN) implementations are far from achieving. This paper introduces a new cryptographic primitive which seems very promising to achieve authentication of the nodes involved in a WSN in such usage scenarios. We show the feasibility of this primitive by showing some its remarkable features in the context of radio communications and by comparing its power consumption to those of Public-Key Certificates
A-Code: A New Crypto Primitive for Securing Wireless Sensor Networks
Giovanni Schmid;
2010
Abstract
Many real-world scenarios require the effective enforcement of a common bulk of strong security services that nowadays Wireless Sensor Network (WSN) implementations are far from achieving. This paper introduces a new cryptographic primitive which seems very promising to achieve authentication of the nodes involved in a WSN in such usage scenarios. We show the feasibility of this primitive by showing some its remarkable features in the context of radio communications and by comparing its power consumption to those of Public-Key CertificatesFile in questo prodotto:
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