ABSTRACT:

We propose a malicious detection algorithm that permits identification of misbehaving wireless stations, and then dispenses punishment by denying an ACK packet which allows transmission by the malicious stations. The proposed algorithm is designed for an IEEE 802.11e network and is based upon detecting a change in quality of service (QoS) where a station is moved up in terms of permission to a level not justified. Non-detection causes honest stations to increase their retransmit attempts, exceeding the specified deadline in order to sustain continuous receipt of their data. Even with the coexistence of such malicious stations, our algorithm guarantees the lower bound of performance degradation to the honest stations. Also, the punished period imposed upon the malicious stations compensates the experienced degradation in QoS for the honest stations in the next transmission period. As a result, we provide fair resource sharing among the stations operating from the same access point. Our simulation within the ns-2 framework of the IEEE 802.11e enhanced distributed channel access network shows how our algorithm actually detects and adjusts the punishment phase for stations that may be misbehaving as well as stations which are misbehaving.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


PROJECT TITLE :Towards Max-Min Fair Resource Allocation for Stream Big Data Analytics in Shared Clouds - 2018ABSTRACT:Distributed stream huge information analytics platforms have emerged to tackle the continuously generated
PROJECT TITLE : Stable and Fair Power Control in Vehicle Safety Networks - 2016 ABSTRACT: Cooperative vehicle safety (CVS) systems operate based on frequent broadcast of vehicle state (e.g., position, heading, and speed) and
PROJECT TITLE :Fair Network Bandwidth Allocation in IaaS Datacenters via a Cooperative Game ApproachABSTRACT:With wide application of virtualization technology, tenants are able to access isolated cloud services by renting the
PROJECT TITLE :Max–min fair wireless energy transfer for multiple-input multiple-output wiretap channelsABSTRACT:In this study, the authors study the max–min fairness for wireless energy transfer in a multiuser multiple-input
PROJECT TITLE :Graph-Based User Satisfaction-Aware Fair Resource Allocation in OFDMA Femtocell NetworksABSTRACT:Unlike the fairness of the amount of allocation units studied in the previous works, the fairness of user satisfaction

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry