danyarm commited on
Commit
469b178
·
verified ·
1 Parent(s): 1e0396e

Upload domains/linear-algebra/learning-graph.csv with huggingface_hub

Browse files
domains/linear-algebra/learning-graph.csv ADDED
@@ -0,0 +1,301 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ ConceptID,ConceptLabel,Dependencies,TaxonomyID
2
+ 1,Scalar,,FOUND
3
+ 2,Vector,1,FOUND
4
+ 3,Vector Notation,2,FOUND
5
+ 4,2D Vector,2|3,FOUND
6
+ 5,3D Vector,2|3|4,FOUND
7
+ 6,N-Dimensional Vector,2|5,FOUND
8
+ 7,Vector Addition,2|3,FOUND
9
+ 8,Scalar Multiplication,1|2,FOUND
10
+ 9,Vector Subtraction,7,FOUND
11
+ 10,Dot Product,2|8,FOUND
12
+ 11,Cross Product,5|10,FOUND
13
+ 12,Vector Magnitude,2|10,FOUND
14
+ 13,Unit Vector,12,FOUND
15
+ 14,Vector Normalization,12|13,FOUND
16
+ 15,Euclidean Distance,12,FOUND
17
+ 16,L1 Norm,2|12,FOUND
18
+ 17,L2 Norm,12|15,FOUND
19
+ 18,L-Infinity Norm,2|12,FOUND
20
+ 19,Linear Combination,7|8,FOUND
21
+ 20,Span,19,FOUND
22
+ 21,Linear Independence,19|20,FOUND
23
+ 22,Linear Dependence,21,FOUND
24
+ 23,Basis Vector,20|21,FOUND
25
+ 24,Standard Basis,23,FOUND
26
+ 25,Coordinate System,23|24,FOUND
27
+ 26,Vector Space,19|21|23,FOUND
28
+ 27,Dimension of Space,23|26,FOUND
29
+ 28,Matrix,2,MATOP
30
+ 29,Matrix Notation,28,MATOP
31
+ 30,Matrix Dimensions,28|29,MATOP
32
+ 31,Row Vector,2|28,MATOP
33
+ 32,Column Vector,2|28,MATOP
34
+ 33,Matrix Entry,28|29,MATOP
35
+ 34,Matrix Addition,28|33,MATOP
36
+ 35,Matrix Scalar Multiply,1|28,MATOP
37
+ 36,Matrix-Vector Product,28|32|35,MATOP
38
+ 37,Matrix Multiplication,36,MATOP
39
+ 38,Matrix Transpose,28|31|32,MATOP
40
+ 39,Symmetric Matrix,38,MATOP
41
+ 40,Identity Matrix,28|37,MATOP
42
+ 41,Diagonal Matrix,28|33,MATOP
43
+ 42,Triangular Matrix,28|41,MATOP
44
+ 43,Upper Triangular,42,MATOP
45
+ 44,Lower Triangular,42,MATOP
46
+ 45,Orthogonal Matrix,38|40,MATOP
47
+ 46,Matrix Inverse,37|40,MATOP
48
+ 47,Invertible Matrix,46,MATOP
49
+ 48,Sparse Matrix,28|33,MATOP
50
+ 49,Dense Matrix,28|48,MATOP
51
+ 50,Block Matrix,28|30,MATOP
52
+ 51,Linear Equation,1|2,LINSYS
53
+ 52,System of Equations,51,LINSYS
54
+ 53,Matrix Equation Form,36|52,LINSYS
55
+ 54,Augmented Matrix,28|52,LINSYS
56
+ 55,Gaussian Elimination,52|54,LINSYS
57
+ 56,Row Operations,54|55,LINSYS
58
+ 57,Row Swap,56,LINSYS
59
+ 58,Row Scaling,56,LINSYS
60
+ 59,Row Addition,56,LINSYS
61
+ 60,Row Echelon Form,55|56,LINSYS
62
+ 61,Reduced Row Echelon Form,60,LINSYS
63
+ 62,Pivot Position,60,LINSYS
64
+ 63,Pivot Column,62,LINSYS
65
+ 64,Free Variable,61|63,LINSYS
66
+ 65,Basic Variable,61|64,LINSYS
67
+ 66,Solution Set,52|61,LINSYS
68
+ 67,Unique Solution,66,LINSYS
69
+ 68,Infinite Solutions,64|66,LINSYS
70
+ 69,No Solution,66,LINSYS
71
+ 70,Homogeneous System,52|53,LINSYS
72
+ 71,Trivial Solution,70,LINSYS
73
+ 72,Numerical Stability,55|60,LINSYS
74
+ 73,Back Substitution,60|43,LINSYS
75
+ 74,Function,,TRANS
76
+ 75,Linear Transformation,26|74,TRANS
77
+ 76,Transformation Matrix,37|75,TRANS
78
+ 77,Domain,74,TRANS
79
+ 78,Codomain,74|77,TRANS
80
+ 79,Image,75|78,TRANS
81
+ 80,Rotation Matrix,76|45,TRANS
82
+ 81,2D Rotation,4|80,TRANS
83
+ 82,3D Rotation,5|80,TRANS
84
+ 83,Scaling Matrix,76|41,TRANS
85
+ 84,Uniform Scaling,83,TRANS
86
+ 85,Non-Uniform Scaling,83,TRANS
87
+ 86,Shear Matrix,76,TRANS
88
+ 87,Reflection Matrix,76|45,TRANS
89
+ 88,Projection,75|10,TRANS
90
+ 89,Orthogonal Projection,88|45,TRANS
91
+ 90,Composition of Transforms,75|37,TRANS
92
+ 91,Kernel,75,TRANS
93
+ 92,Null Space,91|70,TRANS
94
+ 93,Range,75|79,TRANS
95
+ 94,Column Space,32|93,TRANS
96
+ 95,Rank,94,TRANS
97
+ 96,Nullity,92,TRANS
98
+ 97,Rank-Nullity Theorem,95|96,TRANS
99
+ 98,Invertible Transform,75|47,TRANS
100
+ 99,Change of Basis,23|76,TRANS
101
+ 100,Basis Transition Matrix,99,TRANS
102
+ 101,Determinant,28|37,DETERM
103
+ 102,2x2 Determinant,101,DETERM
104
+ 103,3x3 Determinant,101|102,DETERM
105
+ 104,Cofactor Expansion,103,DETERM
106
+ 105,Minor,103|104,DETERM
107
+ 106,Cofactor,105,DETERM
108
+ 107,Determinant Properties,101,DETERM
109
+ 108,Multiplicative Property,101|107,DETERM
110
+ 109,Transpose Determinant,38|107,DETERM
111
+ 110,Singular Matrix,47|101,DETERM
112
+ 111,Volume Scaling Factor,101|103,DETERM
113
+ 112,Signed Area,102|111,DETERM
114
+ 113,Cramers Rule,101|52,DETERM
115
+ 114,Eigenvalue,76|101,EIGEN
116
+ 115,Eigenvector,114,EIGEN
117
+ 116,Eigen Equation,114|115,EIGEN
118
+ 117,Characteristic Polynomial,114|116,EIGEN
119
+ 118,Characteristic Equation,117,EIGEN
120
+ 119,Eigenspace,115|92,EIGEN
121
+ 120,Algebraic Multiplicity,117|118,EIGEN
122
+ 121,Geometric Multiplicity,119|120,EIGEN
123
+ 122,Diagonalization,41|115|119,EIGEN
124
+ 123,Diagonal Form,122,EIGEN
125
+ 124,Similar Matrices,99|122,EIGEN
126
+ 125,Complex Eigenvalue,114,EIGEN
127
+ 126,Spectral Theorem,39|122,EIGEN
128
+ 127,Symmetric Eigenvalues,39|126,EIGEN
129
+ 128,Power Iteration,115|37,EIGEN
130
+ 129,Dominant Eigenvalue,128,EIGEN
131
+ 130,Eigendecomposition,122|123,EIGEN
132
+ 131,Matrix Factorization,37|46,DECOMP
133
+ 132,LU Decomposition,43|44|131,DECOMP
134
+ 133,Partial Pivoting,57|132,DECOMP
135
+ 134,QR Decomposition,45|131,DECOMP
136
+ 135,Gram-Schmidt QR,134|161,DECOMP
137
+ 136,Householder QR,134|87,DECOMP
138
+ 137,Cholesky Decomposition,44|131|138,DECOMP
139
+ 138,Positive Definite Matrix,39|114,DECOMP
140
+ 139,SVD,131|134,DECOMP
141
+ 140,Singular Value,139,DECOMP
142
+ 141,Left Singular Vector,139|140,DECOMP
143
+ 142,Right Singular Vector,139|140,DECOMP
144
+ 143,Full SVD,139|141|142,DECOMP
145
+ 144,Compact SVD,143,DECOMP
146
+ 145,Truncated SVD,144,DECOMP
147
+ 146,Low-Rank Approximation,95|145,DECOMP
148
+ 147,Matrix Rank,95,DECOMP
149
+ 148,Numerical Rank,147|72,DECOMP
150
+ 149,Condition Number,46|148,DECOMP
151
+ 150,Abstract Vector Space,26,INPROD
152
+ 151,Subspace,150,INPROD
153
+ 152,Vector Space Axioms,150,INPROD
154
+ 153,Inner Product,10|150,INPROD
155
+ 154,Inner Product Space,153,INPROD
156
+ 155,Norm from Inner Product,153|12,INPROD
157
+ 156,Cauchy-Schwarz Inequality,153|155,INPROD
158
+ 157,Orthogonality,10|153,INPROD
159
+ 158,Orthogonal Vectors,157,INPROD
160
+ 159,Orthonormal Set,13|158,INPROD
161
+ 160,Orthonormal Basis,23|159,INPROD
162
+ 161,Gram-Schmidt Process,160,INPROD
163
+ 162,Projection onto Subspace,89|151,INPROD
164
+ 163,Least Squares Problem,162,INPROD
165
+ 164,Normal Equations,38|163,INPROD
166
+ 165,Row Space,31|94,INPROD
167
+ 166,Left Null Space,38|92,INPROD
168
+ 167,Four Subspaces,92|94|165|166,INPROD
169
+ 168,Pseudoinverse,46|139|163,INPROD
170
+ 169,Feature Vector,6|171,MLBASE
171
+ 170,Feature Matrix,28|169,MLBASE
172
+ 171,Data Matrix,28,MLBASE
173
+ 172,Covariance Matrix,39|171,MLBASE
174
+ 173,Correlation Matrix,172,MLBASE
175
+ 174,Standardization,171|173,MLBASE
176
+ 175,PCA,122|172,MLBASE
177
+ 176,Principal Component,175,MLBASE
178
+ 177,Variance Explained,175|176,MLBASE
179
+ 178,Scree Plot,177,MLBASE
180
+ 179,Dimensionality Reduction,145|175,MLBASE
181
+ 180,Linear Regression,163|171,MLBASE
182
+ 181,Design Matrix,170|180,MLBASE
183
+ 182,Ridge Regression,180|184,MLBASE
184
+ 183,Lasso Regression,180|184,MLBASE
185
+ 184,Regularization,180,MLBASE
186
+ 185,Gradient Vector,6,MLBASE
187
+ 186,Gradient Descent,185,MLBASE
188
+ 187,Batch Gradient Descent,186|37,MLBASE
189
+ 188,Learning Rate,186,MLBASE
190
+ 189,Perceptron,10|190,NEURAL
191
+ 190,Neuron Model,185|191,NEURAL
192
+ 191,Activation Function,74,NEURAL
193
+ 192,ReLU,191,NEURAL
194
+ 193,Sigmoid,191,NEURAL
195
+ 194,Tanh,191,NEURAL
196
+ 195,Softmax,191|194,NEURAL
197
+ 196,Weight Matrix,28|190,NEURAL
198
+ 197,Bias Vector,2|190,NEURAL
199
+ 198,Forward Propagation,37|196|197,NEURAL
200
+ 199,Backpropagation,186|198,NEURAL
201
+ 200,Chain Rule Matrices,37|199,NEURAL
202
+ 201,Loss Function,74|198,NEURAL
203
+ 202,Cross-Entropy Loss,195|201,NEURAL
204
+ 203,Neural Network Layer,196|197|198,NEURAL
205
+ 204,Hidden Layer,203,NEURAL
206
+ 205,Deep Network,204,NEURAL
207
+ 206,Convolutional Layer,203|252,NEURAL
208
+ 207,Convolution Kernel,206,NEURAL
209
+ 208,Stride,206|207,NEURAL
210
+ 209,Padding,206|208,NEURAL
211
+ 210,Pooling Layer,206,NEURAL
212
+ 211,Batch Normalization,174|203,NEURAL
213
+ 212,Layer Normalization,211,NEURAL
214
+ 213,Tensor,6|28,NEURAL
215
+ 214,Tensor Operations,37|213,NEURAL
216
+ 215,Embedding,6,GENAI
217
+ 216,Embedding Space,26|215,GENAI
218
+ 217,Word Embedding,215,GENAI
219
+ 218,Semantic Similarity,10|216,GENAI
220
+ 219,Cosine Similarity,13|218,GENAI
221
+ 220,Attention Mechanism,10|196,GENAI
222
+ 221,Self-Attention,220,GENAI
223
+ 222,Cross-Attention,220|221,GENAI
224
+ 223,Query Matrix,220|196,GENAI
225
+ 224,Key Matrix,220|196,GENAI
226
+ 225,Value Matrix,220|196,GENAI
227
+ 226,Attention Score,10|223|224,GENAI
228
+ 227,Attention Weights,195|226,GENAI
229
+ 228,Multi-Head Attention,221|227,GENAI
230
+ 229,Transformer Architecture,228|230,GENAI
231
+ 230,Position Encoding,2|215,GENAI
232
+ 231,LoRA,146|229,GENAI
233
+ 232,Latent Space,26|179,GENAI
234
+ 233,Interpolation,232,GENAI
235
+ 234,Hessian Matrix,28|185,OPTIM
236
+ 235,Convexity,234,OPTIM
237
+ 236,Convex Function,235,OPTIM
238
+ 237,Newtons Method,186|234,OPTIM
239
+ 238,Quasi-Newton Method,237,OPTIM
240
+ 239,BFGS Algorithm,238,OPTIM
241
+ 240,SGD,186|187,OPTIM
242
+ 241,Mini-Batch SGD,240,OPTIM
243
+ 242,Momentum,186|240,OPTIM
244
+ 243,Adam Optimizer,242|244,OPTIM
245
+ 244,RMSprop,186|240,OPTIM
246
+ 245,Lagrange Multiplier,185,OPTIM
247
+ 246,Constrained Optimization,186|245,OPTIM
248
+ 247,KKT Conditions,245|246,OPTIM
249
+ 248,Image Matrix,28,IMGPROC
250
+ 249,Grayscale Image,248,IMGPROC
251
+ 250,RGB Image,213|249,IMGPROC
252
+ 251,Image Tensor,213|250,IMGPROC
253
+ 252,Image Convolution,37|248,IMGPROC
254
+ 253,Image Filter,252,IMGPROC
255
+ 254,Blur Filter,253,IMGPROC
256
+ 255,Sharpen Filter,253,IMGPROC
257
+ 256,Edge Detection,253,IMGPROC
258
+ 257,Sobel Operator,252|256,IMGPROC
259
+ 258,Fourier Transform,28|37,IMGPROC
260
+ 259,Frequency Domain,258,IMGPROC
261
+ 260,Image Compression,145|248,IMGPROC
262
+ 261,Color Space Transform,76|250,IMGPROC
263
+ 262,Feature Detection,256,IMGPROC
264
+ 263,Homography,76|269,IMGPROC
265
+ 264,3D Coordinate System,5|25,GEOM3D
266
+ 265,Euler Angles,82|264,GEOM3D
267
+ 266,Gimbal Lock,265,GEOM3D
268
+ 267,Quaternion,5|80,GEOM3D
269
+ 268,Quaternion Rotation,267,GEOM3D
270
+ 269,Homogeneous Coordinates,6|264,GEOM3D
271
+ 270,Rigid Body Transform,80|269,GEOM3D
272
+ 271,SE3 Transform,270,GEOM3D
273
+ 272,Camera Matrix,28|275,GEOM3D
274
+ 273,Intrinsic Parameters,272,GEOM3D
275
+ 274,Extrinsic Parameters,270|272,GEOM3D
276
+ 275,Projection Matrix,88|269,GEOM3D
277
+ 276,Perspective Projection,275,GEOM3D
278
+ 277,Stereo Vision,272|276,GEOM3D
279
+ 278,Triangulation,5|277,GEOM3D
280
+ 279,Epipolar Geometry,277|278,GEOM3D
281
+ 280,Point Cloud,5|264,GEOM3D
282
+ 281,LIDAR Point Cloud,280,AUTON
283
+ 282,Camera Calibration,272|273|274,AUTON
284
+ 283,Sensor Fusion,284,AUTON
285
+ 284,Kalman Filter,285|286,AUTON
286
+ 285,State Vector,2,AUTON
287
+ 286,Measurement Vector,2|285,AUTON
288
+ 287,Prediction Step,284,AUTON
289
+ 288,Update Step,284|287,AUTON
290
+ 289,Kalman Gain,288,AUTON
291
+ 290,Extended Kalman Filter,284|237,AUTON
292
+ 291,State Estimation,284,AUTON
293
+ 292,SLAM,291|293|294,AUTON
294
+ 293,Localization,291,AUTON
295
+ 294,Mapping,280|293,AUTON
296
+ 295,Object Detection,206,AUTON
297
+ 296,Object Tracking,284|295,AUTON
298
+ 297,Bounding Box,248|295,AUTON
299
+ 298,Path Planning,292,AUTON
300
+ 299,Motion Planning,298,AUTON
301
+ 300,Trajectory Optimization,186|299,AUTON