Abstract
Recent trends have shown a migration of software from local machines to server-based services. These service-based networks depend on high up-times and heavy resistance in order to compete in the market. Along with this growth, denial of service attacks have equally grown. Defending against these at
Highlights
Networks are implemented with the core ideas of network integrity, confidentiality, and availability
As we observed that current solutions to denial of service attacks through the use of load balancing and buffer limits for the networks fall short of delivering quick identification and mitigation of attacking hosts [1][3], we focused our work to contribute a more rapid solution to denial of service attack compared to the previously stated solutions as well as lower processing workloads for the virtual network devices
We define our Software-defined networking Denial of service Mitigation (SDM) problem that our work aims to solve as follows: Given a network under DoS attack, our scheme seeks to detect and mitigate any DoS attack taking into consideration the improvement of the efficiency and the speed of mitigating denial of service attacks
Summary
Networks are implemented with the core ideas of network integrity, confidentiality, and availability. The DoS attack in general seeks to bring down network services by flooding a service with dummy traffic with the goal of overloading the service, bring it down and affect its availability. This work serves to implement a SDN that uses the adaptability and programmability features to defend against different DoS attacks. This section will consist of detailed definitions for both the simulations and technologies used as well denial of service attacks.
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