An approximate log-likelihood ratio is derived for detecting a deterministic signal in linear stationary and nonlinear Gaussian noise.
An approximate log-likelihood ratio is derived for detecting a deterministic signal in linear stationary and nonlinear Gaussian noise.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
The relaxation of polymer molecules near the glass transition temperature is thought to be enabled through the cooperative motion of the molecular segments, or the conformers.
