Achieving security in the wireless networks by extracting secure bits using physical layer key
generation is one of the emerging ideas. However, for the networks with the resource …

Wireless communications between two devices can be protected by secret keys. However,
existing key generation schemes suffer from the high bit disagreement rate and low bit …

Physical layer Key generation is an attractive and recent alternative to achieve security in
wireless networks. However, like other security algorithms, performance of physical layer …

Physical layer key generation that exploits reciprocity and randomness of wireless fading
channels has attracted considerable research attention in recent years. Although theoretical …

Physical layer encryption is a promising solution to provide transmission security for Internet-
of-Things (IoT). To realize physical layer encryption, channel state information (CSI) as a …

Internet of Things (IoT) is envisioned to expand Internet connectivity of the physical world,
and the mobile edge cloud can be leveraged to enhance the resource-constrained IoT …

Achieving information security in the Internet of things (IoT) by means of physical layer key
generation is an open research area. In the key generation, the secret key is generated …

Physical layer key generation exploiting inherent channel randomness is an open research
area in securing the networks with resource constraint nodes; therefore reduction of …

Achieving wireless communication security exploiting the inherent properties of the physical
layer is a promising field. Received signal strength (RSS) based key generation is one of the …

Wireless physical layer key generation technology can effectively solve the problem of key
distribution and management in traditional security mechanisms, and thus has been widely …