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OpenDAS
dlib
Commits
a485d094
"tests/vscode:/vscode.git/clone" did not exist on "dc78e11c3f590536b000cc86dad9ae6173539767"
Commit
a485d094
authored
May 19, 2012
by
Davis King
Browse files
Fixed typo in spec
parent
5d236308
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dlib/svm/structural_svm_problem_abstract.h
dlib/svm/structural_svm_problem_abstract.h
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dlib/svm/structural_svm_problem_abstract.h
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a485d094
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@@ -50,7 +50,7 @@ namespace dlib
...
@@ -50,7 +50,7 @@ namespace dlib
To define the optimization problem precisely, we first introduce some notation:
To define the optimization problem precisely, we first introduce some notation:
- let PSI(x,y) == the joint feature vector for input x and a label y.
- let PSI(x,y) == the joint feature vector for input x and a label y.
- let F(x,y|w) == dot(w,PSI(x,y)).
- let F(x,y|w) == dot(w,PSI(x,y)).
- let LOSS(idx,y) == the loss incurred for predicting that the i
th
-th training
- let LOSS(idx,y) == the loss incurred for predicting that the i
dx
-th training
sample has a label of y. Note that LOSS() should always be >= 0 and should
sample has a label of y. Note that LOSS() should always be >= 0 and should
become exactly 0 when y is the correct label for the idx-th sample.
become exactly 0 when y is the correct label for the idx-th sample.
- let x_i == the i-th training sample.
- let x_i == the i-th training sample.
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@@ -218,7 +218,7 @@ namespace dlib
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@@ -218,7 +218,7 @@ namespace dlib
- let X == the idx-th training sample.
- let X == the idx-th training sample.
- let PSI(X,y) == the joint feature vector for input X and an arbitrary label y.
- let PSI(X,y) == the joint feature vector for input X and an arbitrary label y.
- let F(X,y) == dot(current_solution,PSI(X,y)).
- let F(X,y) == dot(current_solution,PSI(X,y)).
- let LOSS(idx,y) == the loss incurred for predicting that the i
th
-th sample
- let LOSS(idx,y) == the loss incurred for predicting that the i
dx
-th sample
has a label of y. Note that LOSS() should always be >= 0 and should
has a label of y. Note that LOSS() should always be >= 0 and should
become exactly 0 when y is the correct label for the idx-th sample.
become exactly 0 when y is the correct label for the idx-th sample.
...
...
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