In order to defend against these kinds of attacks and meet the lowlatency micromobility handover requirement, we propose to have preliminary authentication check with cookiebased mechanism before processing the requests and performing authentication and authorization.
Abstract Quality of Service QoS mechanisms in networks supporting mobile Internet communications give rise to new threats these mechanisms could be abused by malicious entities launching socalled Denial of Service DoS attacks. In order to defend against these kinds of attacks and meet the lowlatency micromobility handover requirement, we propose to have preliminary authentication check with cookiebased mechanism before processing the requests and performing authentication and authorization. The performance evaluation shows that the cookiebased mechanism is efficient in dealing with the identified issues..
In order to defend against these kinds of attacks and meet the lowlatency micromobility handover requirement, we propose to have preliminary authentication check with cookiebased mechanism before processing the requests and performing authentication and authorization. The performance evaluation shows that the cookiebased mechanism is efficient in dealing with the identified issues..
The performance evaluation shows that the cookiebased mechanism is efficient in dealing with the identified issues.. Abstract Quality of Service QoS mechanisms in networks supporting mobile Internet communications give rise to new threats these mechanisms could be abused by malicious entities launching socalled Denial of Service DoS attacks.