Abstract. Traditional key pre-distribution schemes in sensor and ad hoc networks rely on the existence of a trusted third party to generate and distribute a key pool. The assumption of a single TTP however can be very strong in practice, especially when nodes belong to different domains and they come together in an ad hoc manner. In this work, we show the shortcomings of the previous approaches [3, 13] in terms of both efficiency and security. By incorporating a heterogeneous network, we show that we can dramatically reduce the load on resource constrained devices while also increasing their security. We also propose a new strengthened security model for self-organized ad hoc networks and evaluate the security of our protocol in this model....
We propose a reliable and ubiquitous group key distribution scheme that is suitable for ad hoc netwo...
Abstract- As various applications of wireless ad hoc network have been proposed, security has become...
MANETs (Mobile Ad hoc networks) are unplanned, self-organizing networks composed of mobile nodes tha...
Traditional key pre-distribution schemes in sensor and ad hoc networks rely on the existence of a tr...
Purpose- Random key pre-distribution schemes are vulnerable to collusion attacks. The purpose of thi...
Key distribution refers to the problem of establishing shared secrets on sensor nodes such that secr...
Abstract. Random key pre-distribution schemes are vulnerable to col-lusion attacks. In this paper, w...
A mobile ad hoc network (MANET) is a self-organized wireless network where mobile nodes can communic...
Abstract: Generally the sensor nodes are deployed in hostile environment. Therefore, it becomes part...
[[abstract]]A mobile ad hoc network does not require fixed infrastructure to construct connections a...
Graduation date: 2005In this thesis, novel solutions are proposed for key management issues in\ud mo...
In wireless sensor networks, the key deployment problem has received little attention, whereas it is...
Many applications that make use of sensor networks require secure communication. Be-cause asymmetric...
Abstract. Self-healing group key distribution aims to achieve robust key distribution over lossy cha...
In the last two decades, wireless sensor networks (WSNs) have greatly attracted the attention of the...
We propose a reliable and ubiquitous group key distribution scheme that is suitable for ad hoc netwo...
Abstract- As various applications of wireless ad hoc network have been proposed, security has become...
MANETs (Mobile Ad hoc networks) are unplanned, self-organizing networks composed of mobile nodes tha...
Traditional key pre-distribution schemes in sensor and ad hoc networks rely on the existence of a tr...
Purpose- Random key pre-distribution schemes are vulnerable to collusion attacks. The purpose of thi...
Key distribution refers to the problem of establishing shared secrets on sensor nodes such that secr...
Abstract. Random key pre-distribution schemes are vulnerable to col-lusion attacks. In this paper, w...
A mobile ad hoc network (MANET) is a self-organized wireless network where mobile nodes can communic...
Abstract: Generally the sensor nodes are deployed in hostile environment. Therefore, it becomes part...
[[abstract]]A mobile ad hoc network does not require fixed infrastructure to construct connections a...
Graduation date: 2005In this thesis, novel solutions are proposed for key management issues in\ud mo...
In wireless sensor networks, the key deployment problem has received little attention, whereas it is...
Many applications that make use of sensor networks require secure communication. Be-cause asymmetric...
Abstract. Self-healing group key distribution aims to achieve robust key distribution over lossy cha...
In the last two decades, wireless sensor networks (WSNs) have greatly attracted the attention of the...
We propose a reliable and ubiquitous group key distribution scheme that is suitable for ad hoc netwo...
Abstract- As various applications of wireless ad hoc network have been proposed, security has become...
MANETs (Mobile Ad hoc networks) are unplanned, self-organizing networks composed of mobile nodes tha...