It is known that 802.11 is not resilient to selfish behavior and denial of service (DoS) attacks targeting the MAC layer. In this study, we assess the performance of the CSMA/CA scheme and investigate its efficiency with regard to security and information assurance in mobile ad hoc wireless networks. We investigate several variants of selfish node behaviors that abuse the random choice of Contention Window in the 802.11 DCF MAC protocol. We show that selfish behavior in the MAC layer can have devastating side effects on the performance of wireless networks, similar to the effect of DoS attacks. Our main contributions are the prevention and detection of backoff manipulation in an ad hoc network. First, we propose an algorithm to prevent back...
The MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wireless net...
Lately, there has been an increase in the number of IEEE 802.11 devices that provide users with the ...
AbstractThe MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wire...
Selfish behavior at the MAC layer can have devastating side effects on the performance of wireless n...
Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on the performan...
Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on the performan...
—Wireless network security has received tremendous attention due to the vulnerabilities exposed in t...
Wireless Medium Access Control (MAC) protocols such as IEEE 802.11 use distributed contention resolu...
Abstract — Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on th...
With the increasing availability of flexible wireless 802.11 devices, the potential exists for users...
In this paper, we deal with backoff cheating technique in IEEE802.11 based MANETs and propose a nove...
Abstract-Current wireless MAC protocols are designed to provide an equal share of throughput to all ...
Recently, tuning the clear channel assessment (CCA) threshold in conjunction with power control has ...
Abstract — In wireless ad hoc networks, employing the IEEE 802.11 technology, access to the wireless...
Wireless access protocols currently deployed in MANET use distributed contention resolution mechanis...
The MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wireless net...
Lately, there has been an increase in the number of IEEE 802.11 devices that provide users with the ...
AbstractThe MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wire...
Selfish behavior at the MAC layer can have devastating side effects on the performance of wireless n...
Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on the performan...
Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on the performan...
—Wireless network security has received tremendous attention due to the vulnerabilities exposed in t...
Wireless Medium Access Control (MAC) protocols such as IEEE 802.11 use distributed contention resolu...
Abstract — Selfish behavior at the Medium Access (MAC) Layer can have devastating side effects on th...
With the increasing availability of flexible wireless 802.11 devices, the potential exists for users...
In this paper, we deal with backoff cheating technique in IEEE802.11 based MANETs and propose a nove...
Abstract-Current wireless MAC protocols are designed to provide an equal share of throughput to all ...
Recently, tuning the clear channel assessment (CCA) threshold in conjunction with power control has ...
Abstract — In wireless ad hoc networks, employing the IEEE 802.11 technology, access to the wireless...
Wireless access protocols currently deployed in MANET use distributed contention resolution mechanis...
The MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wireless net...
Lately, there has been an increase in the number of IEEE 802.11 devices that provide users with the ...
AbstractThe MAC layer misbehavior of the IEEE 802.11 standard can have a negative impact on the wire...