In this paper a survey of the research effort invested in the analysis of multicasting over
wireless access networks from the late nineties onwards is presented. The analysis is …

In conventional wireless systems with layered architectures, the physical (PHY) layer equally
treats all data streams from the upper layers and applies the same modulation and coding …

In this paper, we define and address a new problem that arises when a base station in a
broadband wireless network wishes to multicast information to a large group of nodes and to …

The unprecedented growth of mobile data traffic has fueled the deployment of artificial
intelligence (AI) at the network edge, while distilling the intelligence from raw data by …

Trading delay and rate in upcoming satellite networks are of paramount interest. In this
paper, we present a solution to optimally distribute resources across MAC, IP and APP …

IEEE 802.16 WiMAX is anticipated to operate across diverse and formidable circumstances
under stringent performance requirements such as reduced delay, jitter, and dropped …

Congestion is one of the most important challenges in optical networks. In a Passive Optical
Network (PON), the Optical Line Terminal (OLT) is a bottleneck and congestion prone. In this …

Emerging 4G standards, such as WiMAX, LTE, and TD-SCDMA, have adopted the proven
technique of Adaptive Modulation and Coding (AMC) to dynamically react to channel …

In conventional wireless systems with layered architectures, the physical layer treats all data
streams from upper layers equally and apply the same modulation and coding schemes …

This paper focuses on the transport of Unicast and Multicast traffic in the mobile broadband
networks. The main objective is to allow video streaming applications to adapt its …