1. Performance Evaluation of Cognitive Internet on Things Under Routing Attacks
- Author
-
Peng Li-Xin, Lu Bo, Mao Qi, Spincemaille Pascal, Lu Zhi-Long, Rezgui Narimane, Boulahbal Choayb, M. Nabil Kareem, Shen NaiKun, Micković Dejan, V. Ramana Reddy Busi, Surana Sanjay, Cheng Xiang, Simić Danica, Zhou Feng, Du Liqin, M. Issa Yousry, Makani Ruchi, R. Prince Martin, Patel Harun, Rajendra Prasad Y., Wei Yutuo, Xiao Xuan, Jirillo Emilio, Basha Shaik Afzal, Samouni Nabila, Hammouch Ahmed, Liang Ge, Zhou Guo-Ping, Huang Ri-bo, Venkata Subrahmanya Lokesh Bontha, Chen Genqiang, Liao Si-ming, Lin Feng, Jilbab Abdelillah, Wang Yi, Pawara Rahul, Chou Kuo-Chen, and F.A. Youssef Ahmed
- Subjects
Control and Optimization ,Computer Networks and Communications ,business.industry ,Computer science ,020206 networking & telecommunications ,020302 automobile design & engineering ,Cognition ,02 engineering and technology ,Computer Science Applications ,0203 mechanical engineering ,0202 electrical engineering, electronic engineering, information engineering ,The Internet ,Electrical and Electronic Engineering ,Routing (electronic design automation) ,business ,Computer network - Abstract
Background & Objective:: In past few years, Cognitive Radio (CR) paradigm has emerged as a promising and revolutionary solution to avoid problems of spectrum paucity and inefficiency in spectrum usage. Efficiently utilization of the spectrum offers high network performance. CRs are proficient to identify and adopt the unused spectrum in order to allow secondary users to occupy it without interfering the primary user’s activity. Cognitive Internet on Things (CIoT) is an integration of several technologies and communication solutions which can be effectively realized as Cognitive Radio Adhoc Networks (CRAHN). In CRANH, on-demand routing protocols are the best suitable protocols due to their dynamic feature of available un-utilized channel/spectrum selection. Methods: Here, firstly, Ad-Hoc On-Demand Distance Vector (AODV) routing protocol has been modified and further evaluated to address route selection challenges in CIoT framework. Secondly, the effects on network performance under network layer routing attacks (i.e. blackhole attack, byzantine attack and flooding attacks) are evaluated. Conclusion: The simulations results demonstrate network performance increase with more channels and degrade differently under attacks.
- Published
- 2020