Empirical Evaluation of Profile Variations in an MCVD Optical Waveguide Fiber Using Modal Structure Analysis By A. C A R N E V A L E * and U. C.
In recent years, various computational models have been proposed to design algorithms on modern multicore and many-core architectures.
We present empirical results on the achievable cellular system throughput gains stemming from the use of remote radio heads (RRH) in an urban environment.
In interactive software design more emphasis is being placed on the user interface because of users demands for more usable systems.
We have been measuring and benchmarking the reliable packet latency performance of Wi-Fi 6 (Cisco Enterprise solution) including mobility in an Industrial IoT setting.
We present empirical results on the achievable gains stemming from the use of wireless remote radio heads (RRH) in a typical urban environment.
5G New Radio (NR) technology is expected to enable the wireless transition of manufacturing processes in modern factories.
Cellular-connected unmanned aerial vehicles (UAVs) have recently attracted a surge of interest in both academia and industry.
Empirical characterization of the achievable rates for a wearable multi-antenna terminal shows the potential advantages of deploying a large number of antennas at the user end.
We demonstrate that Owen's concept of empirical likelihood can be combined with Akaike's extension of the maximum likelihood principle to obtain an empirical analogue of Akaike's Information Criter
