代码搜索:classifier

找到约 4,824 项符合「classifier」的源代码

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m ocr_fun.m

function ocr_fun(data) % OCR_FUN Calls OCR classifier and displays result. % % Synopsis: % ocr_fun(data) % % Description: % This function classifies images of characters stored as columns % of th
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m svmfwd.m

function [Y, Y1] = svmfwd(net, X) % SVMFWD - Forward propagation through Support Vector Machine classifier % % Y = SVMFWD(NET, X) % For a data structure NET, the matrix of vectors X is input into
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m svmfwd.m

function [Y, Y1] = svmfwd(net, X) % SVMFWD - Forward propagation through Support Vector Machine classifier % % Y = SVMFWD(NET, X) % For a data structure NET, the matrix of vectors X is input into
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m deltablssvm.m

function model = deltablssvm(model,a1,a2) % Bias term correction for the LS-SVM classifier % % >> model = deltablssvm(model, b_new) % % This function is only useful in the object oriented function %
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h bfagent.h

// Interface for BFagent -- Classifier predictors #import "Agent.h" #import "BFParams.h" #import "BFCast.h" #import #import "World.h" //pj: // Structure for list of indiv
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m knnclass.m

function y = knnclass(X,model) % KNNCLASS k-Nearest Neighbours classifier. % % Synopsis: % y = knnclass(X,model) % % Description: % The input feature vectors X are classified using the K-NN % rule
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m parsc.m

%PARSC Pars classifier % % parsc(w) % % Displays the type and, for combining classifiers, the structure of % the mapping w. % % See also mappings % Copyright: R.P.W. Duin, duin@ph.tn.tudelft.nl
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m roc.m

%ROC Receiver-operator curve % % e = roc(D,k) % % Computes k points of the receiver-operator curve of the classifier % W for the labeled data set D, which is typically the result of % D = A*W*clas
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m reject.m

%REJECT Compute error-reject trade-off curve % % e = reject(D) % % Computes the error-reject curve of the classification result % D = A*W, in which A is a dataset and W a classifier. e is a % set
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m svc.m

%SVC Support Vector Classifier % % [W,J] = SVC(A,KERNEL,C) % [W,J] = SVC(A,TYPE,PAR,C) % W = A*SVC([],KERNEL,C) % W = A*SVC([],TYPE,PAR,C) % % INPUT % A Dataset % KERNEL - Un