Information Routing in Complex Networks

我提出的研究计划侧重于开发复杂网络的性能评估方法和工具，包括数据通信和社会网络。该计划包括对从部署的网络收集的数据进行分析，对网络流量进行表征和建模，开发用于分析网络拓扑的工具，以及设计复杂数据网络中的路由协议。 我的目标是为流量特征开发正式的分析和统计方法。我将使用谱图理论来分析复杂网络的各种拓扑结构及其动力学行为。我将使用概率验证技术来评估路由协议的收敛。机器学习技术将用于检测网络异常。网络协议的性能将使用ns-3和OPNET等网络模拟工具进行评估。 拟议项目的研究成果将提高我们对管理互联网和社交网络行为的潜在机制的理解。它们将有助于改进路由协议的设计和性能，并增强网络安全。开发的工具和模型库将向研究人员公开提供。 互联网的服务质量在很大程度上依赖于管理加拿大和世界各地互联网服务提供商之间的分组路由的路由协议。IP网络日益支持多种融合网络服务，目前包括实时互联网协议语音(VoIP)、视频流、第四代(4G)无线和移动通信、蜂窝回程和社交网络。拟议的研究计划将有助于提高这些服务的性能。

My proposed research program focuses on developing methods and tools for performance evaluation of complex networks, including data communication and social networks. This program encompasses the analysis of data collected from deployed networks, characterization and modeling of network traffic, development of tools for analysis of network topologies, and design of routing protocols in complex data networks. My objective is to develop formal analytical and statistical methods for traffic characterization. I will employ the spectral graph theory to analyze various topologies of complex networks and their dynamical behavior. I will utilize probabilistic verification techniques to evaluate the convergence of routing protocols. Machine learning techniques will be used for detection of network anomalies. Performance of network protocols will be evaluated using network simulation tools such as ns-3 and OPNET. Research results emanating from the proposed program will improve our understanding of the underlying mechanisms that govern the behavior of the Internet and social networks. They will help improve the design and performance of routing protocols and enhance network security. A library of developed tools and models will be made publicly available to the research. Quality of service of the Internet heavily depends on routing protocols that govern routing of packets between the Internet service providers across Canada and the world. IP networks increasingly support a diversity of converged network services that currently include real time Voice over Internet Protocol (VoIP), video streaming, fourth generation (4G) wireless and mobile communications, cellular backhaul, and social networking. The proposed research program will contribute to improving the performance of these services.