When a frequency-modulated wave passes through a filter, distortion is produced in the signal by nonlinearity in the filter phase shift (usually the chief offender) and by the filter attenuation.
Amorphous layers in silicon can be epitaxially regrown in the solid phase at temperatures as low as 150C under ion irradiation.
We present an error control based approach, called diversity coding, to provide nearly instantaneous self-healing digital communication networks.
This memo presents a voice communication arrangement in which multiple coder-decoder (codec) pairs are coordinated to provide diversified descriptions of the source signal.
We outline a method for call routing with improved reliability and call completions. This is achieved by providing for node- disjoint paths to final destinations.
The opportunity to map condensed-phase inherent structures (potential energy minima) approximately onto the vertices of a high-dimensional hypercube provides simple conceptual and numerical modelin
Dual-hop transmission systems employing fixed-gain amplify-and-forward (AF) relaying have been studied recently over Nakagami fading channels.
In ultra-dense small cell networks, spatial multiplexing gain is a challenge because of the different propagation conditions.
High reliability and low latency are key requirements for a number of upcoming use cases and applications in mobile communication networks.
The original diversity-multiplexing tradeoff work by Zheng and Tse assumes multi-input-multi-output (MIMO) systems with frequency flat, spatially independent, and temporally block fading.
