Lab
Laheeb Alzubaidy's Lab
Institution: University of Mosul
Department: College of Computer Science and Mathematics
Featured projects (1)
1-Sharing & recommending publications.
2-Connecting with colleagues.
3-Seeking new collaborations.
4-Obtaining statistics and metrics on use of uploaded publications.
5-Asking questions of researchers around the world that have the same set of interests.
6-Job seeking or recruitment.
7- Journal Invitations (Editorial Board, Reviewer)
8- Call for papers
9- International Conferences
Featured research (1)
As of late, botnets can be categorized among malicious vectors, which are rapidly
developing and changing the underground economy. They present major security
threats and vulnerabilities to enterprises, citizens, and governments in this world of
technology. Botnet is one of the most important and serious security problems
facing companies and countries. The master of the bot spies on the victim, the
master of the bot can fully see what the victim is doing; numerous on-going
countermeasures use Artificial intelligence methodologies because of its “model�free” and adaptability properties. In this paper, the utilization of two algorithms of
swarm intelligent known as Elephant and Dolphin Herding algorithms for
optimization for scalable and accurate detection of attacks of the Neris botnet is
proposed because swarm intelligent algorithms have low total cost, derivative free
optimization, robustness, easy implementation, flexibility. The proposed technique
can detect the Neris botnet quickly and precisely.
Keywords: Botnets, Dolphin swarm intelligence, Elephant Herding
optimization, Neris botnet, Swarm intelligence
Lab head
Department
- College of Computer Science and Mathematics
About Laheeb Mohammad Ibrahim
- Laheeb Alzubaidy currently works at the Department of Software Engineering, University of Mosul. Laheeb does research in Computer Security and Reliability, Software Engineering and Artificial Intelligence. Their current project is 'Solutions of Singular IVP’s of Lane-Emden type by Homotopy analysis method with Genetic Algorithm'.