function?[test_targets?coding_matrix]?=?multiclass（train_patterns?train_targets?test_patterns?params）

%?Multiclass?classification?using?two-class?classification
%
%?	train_patterns	-?Train?patterns
%	train_targets	-?Train?targets
%???test_patterns???-?Test??patterns
%	params??		-?[Type?of?matrix?balance?classes??classification?algorithm?algorithm?parameters]
%?????????????????????The?type?of?matrix?can?be:
%???????????????????????OAA?-?One?against?all
%???????????????????????all-pairs
%???????????????????????Hamming
%?????????????????????If?the?balance?classes?flag?is?set?the?examples?in?the?two-class
%?????????????????????problems?will?be?replicated?so?as?to?form
%?????????????????????approximately?balanced?classes
%
%Outputs
%	test_targets	-?Predicted?targets
%???coding_matrix???-?The?coding?matrix?used

[matrix_type?balance?class_alg?class_alg_params]?=?process_params（params）;

Uc??=?unique（train_targets）;
Nc??=?length（Uc）;

switch?lower（matrix_t

?屬性????????????大小?????日期????時間???名稱
-----------?---------??----------?-----??----
?????文件????????4456??2020-11-15?07:27??multiclass.m