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====== Catalog of methods in AI/ | ====== Catalog of methods in AI/ | ||
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This is a classification of techniques and algorithms, in order to give a broad view of solutions available to deal with classical problems. | This is a classification of techniques and algorithms, in order to give a broad view of solutions available to deal with classical problems. | ||
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Other pages contain some more details about, which can be seen as memos with references to find more information (with the origin paper when possible). | Other pages contain some more details about, which can be seen as memos with references to find more information (with the origin paper when possible). | ||
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===== Learning ===== | ===== Learning ===== | ||
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* ID3 (based on entropy) | * ID3 (based on entropy) | ||
* __k-nearest neighbors__ - //k plus proches voisins// | * __k-nearest neighbors__ - //k plus proches voisins// | ||
+ | * __Boosting__ | ||
+ | * Boosting by majority | ||
+ | * AdaBoost (ADAptive BOOSTing) | ||
+ | * Discrete AdaBoost | ||
+ | * Real AdaBoost | ||
+ | * Gentle AdaBoost | ||
+ | * LogitBoost | ||
+ | * Probabilistic AdaBoost | ||
+ | * FloatBoost | ||
+ | * AdaBoost.Reg | ||
+ | * Multiclass AdaBoost.M1 | ||
+ | * Multiclass AdaBoost.M2 | ||
+ | * Multilabel AdaBoost.MR | ||
+ | * Multilabel AdaBoost.MH | ||
+ | * Multiclass AdaBoost.MO | ||
+ | * Multiclass AdaBoost.OC | ||
+ | * Multiclass AdaBoost.ECC | ||
+ | * GrPloss | ||
+ | * BoostMA | ||
+ | * AdaBoost.M1W | ||
+ | * SAMME (Stagewise Additive Modeling using a Multi-class Exponential loss function) | ||
+ | * GAMBLE (Gentle Adaptive Multiclass Boosting Learning) | ||
+ | * UBoost | ||
+ | * LPBoost (Linear Programming BOOSTing) | ||
+ | * TotalBoost (TOTALly corrective BOOSTing) | ||
+ | * RotBoost | ||
+ | * alphaBoost | ||
+ | * MILBoost (Multiple Instance Learning BOOSting) | ||
+ | * CGBoost (Conjugate Gradient BOOSTing) | ||
+ | * Bootstrap Aggregating | ||
+ | * __Cascades of detectors__ [[classification# | ||
+ | * __Trees of detectors__ | ||
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=== Regression === | === Regression === | ||
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* __RBFNN (Radial Basis Functions Neural Network)__ | * __RBFNN (Radial Basis Functions Neural Network)__ | ||
* __SVR (Support Vectors Regressor)__ | * __SVR (Support Vectors Regressor)__ | ||
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+ | === Pattern recognition === | ||
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+ | * __Viola-Jones Detector__ [[pattern-recognition# | ||
+ | * with Extended Set of Haar features | ||
+ | * Stumps or CART trees | ||
+ | * Rotation Invariant | ||
+ | * **Multiview** | ||
+ | * Parallel Cascades | ||
+ | * Pyramid Cascade | ||
+ | * Tree Cascade | ||
+ | * Vector Boosting | ||
==== Unsupervised learning ==== | ==== Unsupervised learning ==== | ||
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===== Planification ===== | ===== Planification ===== | ||
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==== Symbolic ==== | ==== Symbolic ==== | ||
=== State space search === | === State space search === | ||
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===== Perception ===== | ===== Perception ===== | ||
==== Vision ==== | ==== Vision ==== | ||
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=== Color Quantization === | === Color Quantization === | ||
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* Peer Group Filtering | * Peer Group Filtering | ||
* Anisotropic Filtering | * Anisotropic Filtering | ||
- | * **Gradient** | + | * **Gradient** |
* Prewitt [[vision# | * Prewitt [[vision# | ||
* Roberts [[vision# | * Roberts [[vision# | ||
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* Canny detector | * Canny detector | ||
* Canny-Deriche | * Canny-Deriche | ||
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=== Pattern recognition === | === Pattern recognition === | ||
* Mean-Square Regression - // | * Mean-Square Regression - // | ||
- | * __Hough Transforms__ | + | * __Hough Transforms__ |
* Standard Hough Transform | * Standard Hough Transform | ||
* Randomized Hough Transform | * Randomized Hough Transform | ||
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* Generalized Hough Transform | * Generalized Hough Transform | ||
* UpWrite method | * UpWrite method | ||
+ | * Curvogram | ||
+ | * **Shape Descriptors** | ||
+ | * Ankerst' | ||
+ | * Chamfer matching | ||
+ | * Contour Likelihood Measurement | ||
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=== Tracking === | === Tracking === |