One of the major goals of the 5G technology roadrnap is to create disruptive innovation for the efficient use of the radio spectrum to enable rapid access to bandwidth-intensive multimedia services
Caching is an essential technique to improve throughput and latency in a vast variety of applications.
Redundancy is abundant in Fog networks (i.e., many computing and storage points) and grows linearly with network size.
The usual approach to coding is to ignore the actual meaning of the transmitted symbols and to represent them in a purely statistical manner.
We study a source-broadcasting problem involving an erasure broadcast channel with feedback.
We study the throughput-delay performance trade-off in large-scale wireless ad hoc networks.
This paper studies the throughput-delay performance tradeoff in large-scale wireless ad hoc networks.
Conventional two-level picture coding techniques are based on the statistical dependence between neighboring picture elements (pels).
This paper presents a method for designing and optimizing predictive vector quantizers (PVQ) for coding the line spectral frequencies (LSF) in LPC-based speech and audio coders.
In recent years, the transversal filter has emerged as an essential signal-processing structure for a large variety of applications in communication systems.
