Interference usually is an adverse phenomenon in wireless networks. However, the interference can potentially be used to boost the secrecy rate in wireless interference channels. This work studies the secrecy rate in a two-user interference network where unintended user may overhear one of the users, namely user 1. User 1 tunes its transmission power in order to maximize its secrecy rate as well as to maintain the quality of service at the other user’s destination, user 2, while both user’s power limits are considered. It is demonstrated that achieving a positive secrecy rate for user 1 only depends on the channel conditions and user 2’s transmission power. Consequently, depending on the channel conditions, the exact threshold for user 2’s ...
We address the physical layer security question of whether a multiple antenna receiver can enhance t...
This thesis examines the challenges of information-theoretic secret communication that exploits the ...
Interference is usually regarded as a detrimental factor that degrades the performance of a wireless...
peer reviewedInterference usually is an adverse phenomenon in wireless networks. However, the inter...
peer reviewedInterference in wireless networks degrades the signal quality at the terminals. However...
Abstract—Interference in wireless networks degrades the sig-nal quality at the terminals. However, i...
The study of the physical layer has offered a new perspective to the problem of communication securi...
Wireless systems are susceptible to eavesdropping as an unwelcome result of the broadcast nature of ...
With the rapid development of wireless communications, security becomes extremely important. In man...
We analyze and optimize the secrecy performance of artificial noise (AN) in multi-input single-outp...
The broadcast nature of wireless communications makes it more vulnerable to eavesdropping. As the ap...
Wireless secrecy is becoming crucial in many commercial and governmental sectors. In this paper, the...
We consider an Ergodic Fading Broadcast Channel with one Legitimate receiver and one Eavesdropper (B...
In this paper, we analyze the achievable secrecy rates in the two-hop wiretap channel with four node...
Recently, physical layer security has been recognized as a new design paradigm to provide security i...
We address the physical layer security question of whether a multiple antenna receiver can enhance t...
This thesis examines the challenges of information-theoretic secret communication that exploits the ...
Interference is usually regarded as a detrimental factor that degrades the performance of a wireless...
peer reviewedInterference usually is an adverse phenomenon in wireless networks. However, the inter...
peer reviewedInterference in wireless networks degrades the signal quality at the terminals. However...
Abstract—Interference in wireless networks degrades the sig-nal quality at the terminals. However, i...
The study of the physical layer has offered a new perspective to the problem of communication securi...
Wireless systems are susceptible to eavesdropping as an unwelcome result of the broadcast nature of ...
With the rapid development of wireless communications, security becomes extremely important. In man...
We analyze and optimize the secrecy performance of artificial noise (AN) in multi-input single-outp...
The broadcast nature of wireless communications makes it more vulnerable to eavesdropping. As the ap...
Wireless secrecy is becoming crucial in many commercial and governmental sectors. In this paper, the...
We consider an Ergodic Fading Broadcast Channel with one Legitimate receiver and one Eavesdropper (B...
In this paper, we analyze the achievable secrecy rates in the two-hop wiretap channel with four node...
Recently, physical layer security has been recognized as a new design paradigm to provide security i...
We address the physical layer security question of whether a multiple antenna receiver can enhance t...
This thesis examines the challenges of information-theoretic secret communication that exploits the ...
Interference is usually regarded as a detrimental factor that degrades the performance of a wireless...