 About | ABOUT M-file for About.fig |
| AcutsFromParams | |
| AntecedentPlotMISO | Graphical representation of the rule base of a SISO fuzzy system. |
| AntecedentPlotMISOCubes | Graphical representation of the antecdent space of a 3in1out MISO fuzzy system using cubes. |
| CheckPartitionSetShapes | It checks whether the types of the shapes of sets are the same in the |
| CloseDiagramWindows | CloseDiagramWindows: Close all open diagram windows. |
| ConsRelFuzz | CRF:Fuzzy rule interpolation by the conservation of the relative fuzziness |
| CorrStat | CorrStat Correlation coefficient |
| Cut2Params | It transforms the data available in form of alpha cuts |
| DeNormalizeSet | Restore a set to its original shape in horizontal direction |
| DefaultInferenceOptions | |
| Defuzzification | Defuzzify the fuzzy set Mf |
| DisplayAntecedent | Displays the membership functions of the antecedent parts. |
| DisplayConclusion | Graphical representation of the conclusion |
| DisplayConclusionFromaCut | DisplayConclusionFromaCut:Graphical representation of the conclusion |
| DisplayConsequent | Displays the membership functions of the consequent parts. |
| DisplayError | Display an error message in the Command Window and pop-up an error message box. |
| DisplayFis | |
| DisplayInterpolatedPartFrompCut | Graphical representation of the observation |
| DisplayObservation | |
| DisplaySet | Graphical representation of a set |
| DisplaySetFromaCut | DisplaySetFromaCut:Graphical representation of the conclusion |
| DisplaySetFrompCut | Displays a fuzzy set using its polar cuts |
| DisplayVariable | Graphical representation of a linguistic variable (fuzzy partition). |
| EvalFisVector | Calculate the the output of a fuzzy system for a sample data set. |
| FEAT_LS | |
| FEAT_p | |
| FIVE | FIVE: Fuzzy Inference by Interpolation in Vague Environment |
| FIVEDrawAnt | FIVEDrawAnt: Draw the antecedents of FIVE |
| FIVEDrawConc | FIVEDrawConc: Draw the conclusions of FIVE |
| FIVEDrawMergedPart | FIVEDrawMergedPart: Draw a fuzzy partition in a merged vague environment, as it describes it |
| FIVEDrawPart | FIVEDrawPart: Draw a fuzzy partition in a vague environment, as it describes it |
| FIVEGScFunc | FIVEGScFunc: Generate the scaling function SCF |
| FIVEGVagEnv | FIVEGVagEnv: Generate the vague environment VE (the scaled distances of the U universe) |
| FIVEMergeScF | FIVEMergeScF: Merge two scaling functions to a single one |
| FIVEMf2PSc | FIVEMf2PSc: Convert a membership function to a scaling function points |
| FIVERuleDist | FIVERuleDist: Calculate the distances of the observation from the rule antecedents |
| FIVEVagConcl | FIVEVagConcl: Calculate the conclusion from the observation and the rulebase |
| FIVEVagDist | FIVEVagDist: Calculate the scaled distance of two points in the vague environment |
| FIVEVagMemb | FIVEVagMemb: Membership function of a point in a vague environment |
| FIVEValVag | FIVEValVag: Value of a vague point VP |
| FRIPOC | FRIPOC:Fuzzy Rule Interpolation based on POlar Cuts |
| FRIT | Graphical user interface for the Fuzzy Rule Interpolation (FRI) ToolBox |
| GM | GM: Interpolation of fuzzy rules by the Generalized Methodology |
| GMFERI | Determines the position (reference point) of the conclusion using the |
| GMIntAntRP | Stores the reference points of the antecedent sets in |
| GMNearestTwoRules | Seeks those two rules, which are the closest ones to the observation |
| GenerateRuleInterrelation | Generates the interrelation function between the antecedents and |
| GenerateVE4Variable | Generate vague environment for a linguistic variable (partition). |
| GenerateVE4fis | Generate vague environment for a FIS |
| GetAlfaLevelsFromParams | GetAlfaLevelsFromParams: collection of alpha levels |
| GetAllAcuts | GetAllAcuts:Determine all alfa cut values |
| GetAllReferencePoints | Determines the reference points of the sets belonging to the fis |
| GetCore | Determines the lower and upper endpoints of the core of a fuzzy set |
| GetCoreDist | Determines the distance between the upper endpoint of the core of A1 and |
| GetExtension | GetExtension: Determine the extension part of a filename |
| GetFisReferencePoints | Determine the reference points of the sets belonging to the fis. |
| GetFlanks | Four vectors are created for the set mf containing the points of the |
| GetFuzziness | Determines the fuzziness of a fuzzy set |
| GetInterrelatedPoints | The interrelated points corresponding to x |
| GetObsReferencePoints | Determines the reference points of the sets belonging to the observation |
| GetReferencePoint | |
| GetSupport | Determines the lower and upper endpoints of the support of a fuzzy set |
| IMUL | IMUL:Fuzzy rule interpolation for multidimensional input spaces |
| IMULRefpCore | Determines the reference point and the endpoints of the core of the |
| IMULRelFuzz | Determines the relative fuzzines (the endpoints of the support of the |
| InMatrix2Obs | |
| IsAboveSet | Examines the ordering of two fuzzy sets by comparing the endpoints of all |
| KH | KH:Linear interpolation of fuzzy rules by the method of Kóczy & Hirota |
| KHstabilized | KHstabilized:Linear interpolation of fuzzy rules by the stabilized version of the method of Kóczy & Hirota |
| KHstabilizedOpt | Optimized version of 'KHstabilized'. |
| LESFRI | Fuzzy Rule Interpolation based on the method of least squares |
| LPRP2Params | It transforms the data available in the fields LeftPointsx, |
| LevelUnion | |
| LoadData | |
| MACI | MACI:Modified Alpha Cut based Interpolation of fuzzy rules |
| MembershipValues | Calculate the membership values for the elements of x |
| MfTypeOK | Determines if the sets of the problem contain only the allowed membership |
| ModifyFisParams4VE | Modify the parameters of the sets conform the requirements of VE. |
| ModifyMfParams4FIVE | Modify the parameters of the sets conform the requirements of FIVE. |
| ModifyMfParams4VE | Modify the parameters of the sets conform the requirements of VE. |
| NearestTwoRules | NearestTwoRules:Seek those two rules, which are the closest ones to the observation |
| NormalizeAllPartitions | |
| NormalizeObservation | |
| NormalizePartition | Normalize a partition to the interval [0,1] |
| OutputDimensionSelect | OUTPUTDIMENSIONSELECT M-file for OutputDimensionSelect.fig |
| PcutsFromParams | Calculates the polar cuts (polar distances) of the current |
| PerformanceIndex | Calculate the the performance index of a fuzzy system. |
| PlotCube | Plots a cube defined by supports of three fuzzy sets. |
| PlotData | x -row vector containing the abscissa values |
| PlotPyramid | Plots a pyramid defined by two trapezoidal shaped fuzzy sets. |
| PreferencesCRF | PREFERENCESCRF: Show and set the preferences of the fuzzy rule interpolation method CRF |
| PreferencesFIVE | PREFERENCESFIVE: Show and set the preferences of the fuzzy rule interpolation method KH |
| PreferencesFRIPOC | PREFERENCESFRIPOC: Show and set the preferences of the fuzzy rule interpolation method KH |
| PreferencesGM | PREFERENCESGM: Show and set the preferences of the fuzzy rule interpolation method GM |
| PreferencesKH | PREFERENCESKH: Show and set the preferences of the fuzzy rule interpolation method KH |
| PreferencesLESFRI | PREFERENCESLESFRI: Show and set the preferences of the fuzzy rule interpolation method KH |
| PreferencesMACI | PREFERENCESMACI: Show and set the preferences of the fuzzy rule interpolation method MACI |
| ReadFis2 | Loads the data file describing the FIS |
| ReadObs2 | |
| ReadObs3 | Loads the data file describing the observation |
| RemoveDuplicates | Removes duplicate values from a sorted vector |
| Reverse | |
| RulePlotMISOCubes | Graphical representation of the rule base of a 2in1out MISO fuzzy system using cubes. |
| RulePlotSISO | Graphical representation of the rule base of a SISO fuzzy system. |
| SCM | Fuzzy set interpolation by solid cutting method |
| SRR_FPL | Single rule reasoning by Fixed Point Law |
| SURE_LS | |
| SaveResult | Saves the data describing the results of the interpolation |
| SetAverageFrompCut | Calculate the weighted average of the polar distances of the sets of the partition |
| SetDistanceSigned | Calculates the lower and upper signed distance values for two fuzzy sets |
| SetFromVE | Determine a set knowing the vague environment and the position of its |
| SetShift | Determines the shifting distance necessary to reach the same |
| ShowPreferencesCRF | ShowPreferencesCRF:Show the settings of the method CRF in the editbox in the main window |
| ShowPreferencesFIVE | ShowPreferencesFIVE:Show the settings of the method FIVE in the editbox in the main window |
| ShowPreferencesFRIPOC | Shows the settings of the method LESFRI in the editbox in the main window |
| ShowPreferencesGM | ShowPreferencesGM:Show the settings of the method GM in the editbox in the main window |
| ShowPreferencesKH | ShowPreferencesKH:Show the settings of the method KH in the editbox in the main window |
| ShowPreferencesLESFRI | Show the settings of the method LESFRI in the editbox in the main window |
| ShowPreferencesMACI | ShowPreferencesMACI:Show the settings of the method MACI in the editbox in the main window |
| SystemEval | Calculates the performance index and the output of a fuzzy system for a |
| Test | We read the FIS data from disk |
| TestAbout | TESTABOUT M-file for TestAbout.fig |
| TestIt | TESTIT M-file for TestIt.fig |
| TestObservationValidity | |
| TestSystem | Calculate the the performance index and the output of a fuzzy system. |
| Transf2Trapmf | Transforms the parameters of a singleton or triangular set to trapezoidal |
| TransformRuleInterrelation | Transforms the interrelation functions (areas) proportionally in order |
| TransformSet | Transforms the antecedent sets conform to the new interrelation areas. |
| VEIN | Vague Environment based two-step fuzzy rule INterpolation (VEION) |
| VKK | VKK:Linear interpolation of fuzzy rules by the method of Vass, Kalmįr & Kóczy |
| VKKCpW | Determines the centre point and width of each alfa cut of the |
| VKKDist | We calculate the resulting distance between the first(A) and the |
| VKKWidth | Calculates the resulting alfa cut width values for each antecedent and |
| ValidatingPrefFRIPOC | Do a validation on the PreferencesFRIPOC dialog box |
| WriteObs | Obs--name |
| convexHull | Creates a convex hull over the abnormal conclusions to 'normalize' them. |
| convexScript | |
| defOpt | Optimized defuzzification for piecewise linear fuzzy sets. |
| displayScript | |
| distances | Calculates the lower and upper distances between the rules and the observation. |
| example_script | % Script for experimentations of the FRI methods with two fuzzy systems and two observations |
| ievalfis | Invokes the original or the interpolation based inference method |
| ireadfis | IREADFIS Load FIS from disk. |
| itrapmf | Calculate the membership values for the elements of x in case of a |
| iwritefis | WRITEFIS Save a FIS to disk. |
| pcuts2params | |
| polymf | Calculates the membership values of a polygonal shaped fuzzy set |
| singlmf | Calculates the membership values of a polygonal shaped fuzzy set |
| speedFun | Starting the clock |
| speedScript | Comparision of the speed of the old and the new, improved inferences |
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