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Description: 这是用matlab中的simulink仿真的Nakagami信道，对UWB研究者很有用。-This is in simulink with matlab simulation of Nakagami channel on UWB researchers useful.
Platform: |
Size: 5120 |
Author: crs |
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Description: EFFICIENT RANDOM VARIATES GENERATOR (from over 50 distributions):Alpha,
Anglit,
Antilognormal,
Arcsin,
Bernoulli,
Bessel,
Beta,
Binomial,
Bradford,
Burr,
Cauchy,
Chi,
Chi-Square (Non-Central),
Chi-Square (Central),
Cobb-Douglas,
Cosine,
Double-Exponential,
Erlang,
Exponential,
Extreme-Value,
F (Central),
F (Non-Central),
Fisher-Tippett,
Fisk,
Frechet,
Furry,
Gamma,
Generalized Inverse Gaussian,
Generalized Hyperbolic,
Geometric,
Gompertz,
Gumbel,
Half-Cosine,
Hyperbolic Secant,
Hypergeometric,
Inverse Gaussian,
Laplace,
Logistic,
Lognormal,
Lomax,
Lorentz,
Maxwell,
Nakagami,
Negative Binomial,
Normal,
Normal-Inverse-Gaussian (NIG),
Pareto,
Pareto2,
Pascal,
Planck,
Poisson,
Quadratic,
Rademacher,
Rayleigh,
Rice,
Semicircle,
Skellam,
Student s-t,
Triangular,
Truncated Normal,
Tukey-Lambda,
U-shape,
Uniform (continuous),
Von Mises,
Wald,
Weibull,
Wigner Semicircle,
Yule,
Zeta,-EFFICIENT RANDOM VARIATES GENERATOR (from over 50 distributions):
Alpha,
Anglit,
Antilognormal,
Arcsin,
Bernoulli,
Bessel,
Beta,
Binomial,
Bradford,
Burr,
Cauchy,
Chi,
Chi-Square (Non-Central),
Chi-Square (Central),
Cobb-Douglas,
Cosine,
Double-Exponential,
Erlang,
Exponential,
Extreme-Value,
F (Central),
F (Non-Central),
Fisher-Tippett,
Fisk,
Frechet,
Furry,
Gamma,
Generalized Inverse Gaussian,
Generalized Hyperbolic,
Geometric,
Gompertz,
Gumbel,
Half-Cosine,
Hyperbolic Secant,
Hypergeometric,
Inverse Gaussian,
Laplace,
Logistic,
Lognormal,
Lomax,
Lorentz,
Maxwell,
Nakagami,
Negative Binomial,
Normal,
Normal-Inverse-Gaussian (NIG),
Pareto,
Pareto2,
Pascal,
Planck,
Poisson,
Quadratic,
Rademacher,
Rayleigh,
Rice,
Semicircle,
Skellam,
Student s-t,
Triangular,
Truncated Normal,
Tukey-Lambda,
U-shape,
Uniform (continuous),
Von Mises,
Wald,
Weibull,
Wigner Sem
Platform: |
Size: 38912 |
Author: QianZhou |
Hits:
Description: This MATLAB software implements the denoising algorithm (the Probabilistic
Patch-Based filter) for images damaged by multiplicative Nakagami-Rayleigh
noise as presented in: Iterative Weighted Maximum Likelihood Denoising
with Probabilistic Patch-Based Weights , C-A. Deledalle, L. Denis and
F. Tupin, IEEE Trans. on Image Processing, vol. 18, no. 12, pp. 2661-2672,
December 2009. It also corresponds to the NL-SAR filter: A non-local
approach for SAR and interferometric SAR denoising , C-A. Deledalle,
Florence Tupin and Loï c Denis, in the proceedings of IGARSS, Honolulu,
Hawaii, USA, July 2010.
This software is free and should be used only for nonprofit purposes. Any
unauthorized use of this software for industrial or profit-oriented
activities is expressively prohibited.-This MATLAB software implements the denoising algorithm (the Probabilistic
Patch-Based filter) for images damaged by multiplicative Nakagami-Rayleigh
noise as presented in: Iterative Weighted Maximum Likelihood Denoising
with Probabilistic Patch-Based Weights , C-A. Deledalle, L. Denis and
F. Tupin, IEEE Trans. on Image Processing, vol. 18, no. 12, pp. 2661-2672,
December 2009. It also corresponds to the NL-SAR filter: A non-local
approach for SAR and interferometric SAR denoising , C-A. Deledalle,
Florence Tupin and Loï c Denis, in the proceedings of IGARSS, Honolulu,
Hawaii, USA, July 2010.
This software is free and should be used only for nonprofit purposes. Any
unauthorized use of this software for industrial or profit-oriented
activities is expressively prohibited.
Platform: |
Size: 2865152 |
Author: nanolilou |
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