We have observed quantization of the diagonal resistance, R-xx, at the edges of several quantum Hall states.
Quantization of the Hall effect and concomitantly vanishing magnetoresistance are observed in a GaAs-(AlGa)As superlattice structure whose electronic spectrum exhibits dispersion in all three spati
We investigate the effects of quantized beamforming on the capacity of a Massive MIMO by deriving explicit performance formulas.
A new use for frame expansions is proposed. Previous investigations have revealed the robustness of frame expansions to additive noise and quantization.
We study frames for robust transmission over a multiple-antenna wireless system - BLAST.
We study frames for robust transmission over a multiple-antenna wireless system - BLAST.
Frames have been used to capture significant signal characteristics, provide numerical stability of reconstruction, and enhance resilience to additive noise.
Quantization of the Hall effect and vanishing diagonal resistivity is observed in a GaAs-(A1Ga)As superlattice which, in the absence of a magnetic field, conducts in all three spatial dimensions.
The electronic spectra of carbon nanotubes and other nanoscale systems are quantized due to their small radii.
Methods for calculating the power in the quantizing noise on digital transmission facilities have been known for some time.
