Due to the evolution of mobile technology and the emergence of terminals like smart phones, Internet based applications mostly accessed over the Transmission Control Protocol (TCP) have become domi
Future broadband networks may provide very high bandwidth on demand for certain applications e.g. downloading of a gigabyte file to a high-performance workstation.
This memo provides performance results for TCP over cdma2000 RLP. The simulations are performed for a single user running a long FTP application with "infinite" data backlog.
Task offloading has become a key term in the field of immersive media technologies: it can enable lighter and cheaper devices while providing them higher remote computational capabilities.
TCP performance over wireless networks is critical as the Internet gradually expands to the wireless territory.
TCP performance over wireless networks is critical as the Internet gradually expands to the wireless territory.
In this paper, we comprehensively evaluate the impact of variable rate and variable delay on long-lived TCP performance.
Wireless link losses result in poor TCP throughput since losses are perceived as congestion by TCP, resulting in source throttling.
In this paper, we comprehensively evaluate the impact of variable rate and variable delay on long-lived TCP performance.
With the growth in Internet access services over networks with asymmetric links such as asymmetric digital subscriber line (ADSL) and cable-based access networks, it becomes crucial to evaluate the
