文件名称:fuzzy-type-2
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- matlab例程
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- [Matlab] [源码]
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- 2014-04-04
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- 367kb
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Fuzzy logic systems (FLSs) usually employ type-1 fuzzy
sets and represent uncertainty by numbers in the range [0,1]
which are referred to as degrees of membership. Type-2 fuzzy
sets are an extension of type-1 fuzzy sets with an additional
dimension that represent the uncertainty about the degrees of
membership. Type-2 fuzzy sets are useful in circumstances
where it is difficult to determine the exact membership function
(mf) for a fuzzy set. Type-1 mfs are precise in the sense
that once they have been chosen all the uncertainty disappears.
However, type-2 mfs are fuzzy themselves. The simplest
type-2 sets are interval type-2 sets whose elements’ degree of
membership are intervals with secondary membership degree
of 1.0.
sets and represent uncertainty by numbers in the range [0,1]
which are referred to as degrees of membership. Type-2 fuzzy
sets are an extension of type-1 fuzzy sets with an additional
dimension that represent the uncertainty about the degrees of
membership. Type-2 fuzzy sets are useful in circumstances
where it is difficult to determine the exact membership function
(mf) for a fuzzy set. Type-1 mfs are precise in the sense
that once they have been chosen all the uncertainty disappears.
However, type-2 mfs are fuzzy themselves. The simplest
type-2 sets are interval type-2 sets whose elements’ degree of
membership are intervals with secondary membership degree
of 1.0.
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下载文件列表
fuzzy type 2
............\Effect of Type-2 Fuzzy Membership Function Shape.pdf
............\software
............\........\.DS_Store
............\........\General Type-2 FLSs
............\........\...................\EXTENSION PRINCIPLE
............\........\...................\...................\extend_binary.m
............\........\...................\...................\extend_nary1.m
............\........\...................\...................\extend_nary2.m
............\........\...................\MISCELLANEOUS
............\........\...................\.............\mult.m
............\........\...................\.............\trimvec.m
............\........\...................\.............\wt_avg_op.m
............\........\...................\OPERATIONS
............\........\...................\..........\gaussian_meet.m
............\........\...................\..........\gaussian_sum.m
............\........\...................\..........\join.m
............\........\...................\..........\meet.m
............\........\...................\..........\negation.m
............\........\...................\..........\weighted_avg.m
............\........\...................\PLOTTING
............\........\...................\........\plot2d2.m
............\........\...................\read_me
............\........\Interval Approach(IA) to fuzzistics Folder
............\........\..........................................\.DS_Store
............\........\..........................................\adapt.m
............\........\..........................................\centroid.m
............\........\..........................................\cos_tr.m
............\........\..........................................\datacopy.xls
............\........\..........................................\data_thirdpart.xls
............\........\..........................................\Fuzzistics.m
............\........\..........................................\Fuzzistics_Interior_Single.m
............\........\..........................................\Fuzzistics_LS_Single.m
............\........\..........................................\Fuzzistics_NoStage4.m
............\........\..........................................\Fuzzistics_RS_Single.m
............\........\..........................................\Interior_MF.m
............\........\..........................................\interval_wtdavg.m
............\........\..........................................\leftShoulder.m
............\........\..........................................\main.m
............\........\..........................................\main_single.m
............\........\..........................................\read_me.doc
............\........\..........................................\read_me.pdf
............\........\..........................................\rightShoulder.m
............\........\..........................................\trimvec.m
............\........\..........................................\T_function.m
............\........\Interval Type-2 FLSs
............\........\....................\INTERVAL SINGLETON MAMDA T2 FLS
............\........\....................\...............................\sfls.m
............\........\....................\...............................\svd_qr_sfls.m
............\........\....................\...............................\train_sfls.m
............\........\....................\INTERVAL T1 NS MAMDA T2 FLS
............\........\....................\...........................\nsfls1.m
............\........\....................\...........................\svd_qr_nsfls1.m
............\........\....................\...........................\train_nsfls1.m
............\........\....................\INTERVAL T2 NS MAMDA T2 FLS
............\........\....................\...........................\nsfls2.m
............\........\....................\...........................\svd_qr_nsfls2.m
............\........\....................\...........................\train_nsfls2.m