This paper investigates the achievable secrecy throughput of an inhomogeneous wireless sensor network. We consider the impact of topology heterogeneity and the secrecy constraint on the throughput. For the topology heterogeneity, by virtue of percolation theory, a set of connected highways and information pipelines is established; while for the secrecy constraint, the concept of secrecy zone is adopted to ensure secrecy transmission. The secrecy zone means there is no eavesdropper around the legitimate node. The results demonstrate that, if the eavesdropper’s intensity is λe= o log ...
The ability to exchange secret information is critical to many commercial, governmen-tal, and milita...
Motivated by information-theoretic secrecy, geometric models for secrecy in wireless networks have b...
Wireless secrecy is essential for communication confidentiality, health privacy, public safety, info...
This paper investigates the achievable secrecy throughput of an inhomogeneous wireless sensor networ...
Abstract: This paper investigates the achievable secrecy throughput of an inhomogeneous wireless sen...
The impressive growth of secrecy-sensitive wireless applications calls for methods to complement tra...
Network secrecy is vital for a variety of wireless applications and can be accomplished by exploitin...
Wireless sensor network (WSN) plays a fundamentally important role in the realization of Internet of...
Abstract—Since wireless channel is vulnerable to eavesdrop-pers, the secrecy during message delivery...
Abstract—Since wireless channel is vulnerable to eavesdrop-pers, the secrecy during message delivery...
Motivated by information-theoretic secrecy, geometric models for secrecy in wireless networks have b...
Abstract—We study the wireless secrecy capacity scaling prob-lem where the question of interest is h...
Network secrecy is vital for a variety of wireless applications and can be accomplished by exploitin...
The data collected by sensor networks often contain sensitive information and care must be taken to ...
© 2014 IEEE. Connectivity is one of the most fundamental properties of wireless multi-hop networks. ...
The ability to exchange secret information is critical to many commercial, governmen-tal, and milita...
Motivated by information-theoretic secrecy, geometric models for secrecy in wireless networks have b...
Wireless secrecy is essential for communication confidentiality, health privacy, public safety, info...
This paper investigates the achievable secrecy throughput of an inhomogeneous wireless sensor networ...
Abstract: This paper investigates the achievable secrecy throughput of an inhomogeneous wireless sen...
The impressive growth of secrecy-sensitive wireless applications calls for methods to complement tra...
Network secrecy is vital for a variety of wireless applications and can be accomplished by exploitin...
Wireless sensor network (WSN) plays a fundamentally important role in the realization of Internet of...
Abstract—Since wireless channel is vulnerable to eavesdrop-pers, the secrecy during message delivery...
Abstract—Since wireless channel is vulnerable to eavesdrop-pers, the secrecy during message delivery...
Motivated by information-theoretic secrecy, geometric models for secrecy in wireless networks have b...
Abstract—We study the wireless secrecy capacity scaling prob-lem where the question of interest is h...
Network secrecy is vital for a variety of wireless applications and can be accomplished by exploitin...
The data collected by sensor networks often contain sensitive information and care must be taken to ...
© 2014 IEEE. Connectivity is one of the most fundamental properties of wireless multi-hop networks. ...
The ability to exchange secret information is critical to many commercial, governmen-tal, and milita...
Motivated by information-theoretic secrecy, geometric models for secrecy in wireless networks have b...
Wireless secrecy is essential for communication confidentiality, health privacy, public safety, info...