Towards 5G cellular network forensics

Towards 5G Network Slicing over Multiple-Domains

Fuzzy based efficient drone base stations (DBSs) placement in the 5G cellular network

Currently, cellular networks are one of the essential communication methods for people. Providing proper coverage for the users and also offering high-quality services to them are two of the most important issues of concern in cellular networks. The fifth-generation cellular communication networks can provide higher data transmission rates, which lead to a higher quality of service but this hig...

Policy Model for Sharing Network Slices in 5G Core Network

As mobile data traffic increases, and the number of services provided by the mobile network increases, service load flows as well, which requires changing in the principles, models, and strategies for media transmission streams serving to guarantee the given nature of giving a wide scope of services in Flexible and cost-effective. Right now, the fundamental question remains what number of netwo...

Coreless 5G Mobile Network

Today’s mobile networks contain an increasing variety of proprietary hardware stifling innovation and leading to longer time-to-market for introduction of new services. We propose to replace the mobile core network nodes and interfaces with an Open Source SW implementation running on general purpose commodity hardware. The proposed open source approach referred to as software defined access (So...

Scalable Network Forensics

Scalable Network Forensics by Matthias Vallentin Doctor of Philosophy in Computer Science University of California, Berkeley Professor Vern Paxson, Chair Network forensics and incident response play a vital role in site operations, but for large networks can pose daunting difficulties to cope with the ever-growing volume of activity and resulting logs. On the one hand, logging sources can gener...