A study of the excitonic transitions in pseudomorphic quantum wells of In sub x Ga sub (1-x) As grown on GaAs substrates is presented.
We calculate energies, oscillator strengths for radiative recombination, and two-particle wave functions for the ground-state exciton and around 100 excited states in a T-shaped quantum wire.
This paper introduces a novel way of handling IJTAG operations where control is done at the state machine level rather than as vector level.
It is 'proved that the integral equation f G(x)F(xy)H(y)f(y) dy = X/(*) has at least one nonzero eigenvalue if F is any integral function of finite order, G and II are any bounded functions on [ --
The authors prove existence of a stable transfer function satisfying the nonlinear equations characterizing an asymptotic stationary point, in undermodeled cases, for a class of pseudo-linear regre
Binary message-passing decoders for LDPC codes are analyzed using EXIT charts. For the analysis, the variable node decoder performs all computations in the L-value domain.
Audio-visual source encoders for digital wireless communications extract parameter sets on a frame-by-frame basis.
Use of extrinsic information transfer (EXIT) functions, characterizing the amplification of mutual information between the input and output of the maximum a posteriori (MAP) decoder, significantly
The extrinsic information transfer (EXIT) functions of Hadamard codes in the context of repeat-zigzag-Hadamard (RZH) codes with parallel decoding are investigated.
In this paper, we consider iterative detection im channel combination with an outer low-density parity-check (LDPC) DET code, and present new EXIT curves that help to optimize the decoding schedule
