代码搜索:Non-linear

找到约 518 项符合「Non-linear」的源代码

代码结果 518
www.eeworm.com/read/290607/8472600

m check1.m

%CHECK script to compare M-file and MEX-file versions of RNE % load the model and remove non-linear friction rdh = nofriction(rdh, 'coulomb'); rmdh = nofriction(rdh, 'coulomb'); % number of trials n
www.eeworm.com/read/450608/7480434

m nlfisherm.m

%NLFISHERM Non-linear Fisher Mapping according to Marco Loog % % W = NLFISHERM(A,N) % % INPUT % A Dataset % N Number of dimensions (optional; default: MIN(K,C)-1, where % K is the di
www.eeworm.com/read/298274/7969360

m truth.m

function T = truth(seed); % % Generate truth signals % % Input: % seed: random number seed (allows it to generate repeatable results) % % Output: % T: truth struct with fields... % L: actual levels
www.eeworm.com/read/244958/12828780

m truth.m

function T = truth(seed); % % Generate truth signals % % Input: % seed: random number seed (allows it to generate repeatable results) % % Output: % T: truth struct with fields... % L: actual levels
www.eeworm.com/read/243539/12935385

m check1.m

%CHECK script to compare M-file and MEX-file versions of RNE % load the model and remove non-linear friction rdh = nofriction(rdh, 'coulomb'); rmdh = nofriction(rdh, 'coulomb'); % number of trials n
www.eeworm.com/read/137160/13342350

m nlfisherm.m

%NLFISHERM Non-linear Fisher Mapping according to Marco Loog % % W = NLFISHERM(A,N) % % INPUT % A Dataset % N Number of dimensions (optional; default: MIN(K,C)-1, where % K is the di
www.eeworm.com/read/319474/13451149

m truth.m

function T = truth(seed); % % Generate truth signals % % Input: % seed: random number seed (allows it to generate repeatable results) % % Output: % T: truth struct with fields... % L: actual levels
www.eeworm.com/read/314653/13562562

m nlfisherm.m

%NLFISHERM Non-linear Fisher Mapping according to Marco Loog % % W = NLFISHERM(A,N) % % INPUT % A Dataset % N Number of dimensions (optional; default: MIN(K,C)-1, where % K is the di
www.eeworm.com/read/493294/6400323

m nlfisherm.m

%NLFISHERM Non-linear Fisher Mapping according to Marco Loog % % W = NLFISHERM(A,N) % % INPUT % A Dataset % N Number of dimensions (optional; default: MIN(K,C)-1, where % K is the di
www.eeworm.com/read/491031/6439315

m truth.m

function T = truth(seed); % % Generate truth signals % % Input: % seed: random number seed (allows it to generate repeatable results) % % Output: % T: truth struct with fields... % L: actual levels