Fixed typo in MATLAB docs

mp4096 · Dec 31, 2015 · c5368b5 · c5368b5
1 parent e4bb033
commit c5368b5
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Showing 6 changed files with 12 additions and 12 deletions.
diff --git a/AdaGrad.m b/AdaGrad.m
@@ -16,8 +16,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.

diff --git a/AdaGradDecay.m b/AdaGradDecay.m
@@ -16,8 +16,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.

diff --git a/Adadelta.m b/Adadelta.m
@@ -16,8 +16,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.

diff --git a/Adam.m b/Adam.m
@@ -16,8 +16,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.

diff --git a/Adamax.m b/Adamax.m
@@ -16,8 +16,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.

diff --git a/VanillaSGD.m b/VanillaSGD.m
@@ -14,8 +14,8 @@
 % without additional effort.
 %
 % `idxSG` is a row vector or a matrix which columns specify the indices of
-% the stochastic gradient to be use at each iteration. If `idxSG` has fewer
-% columns than `nIter`, it is repeating to the required size.
+% the stochastic gradient should be used at each iteration. If `idxSG` has
+% fewer columns than `nIter`, it is repeating to the required size.
 %
 % Normally, one would generate `idxSG` with `randi`, e.g. `idxSG =
 % randi(<maxIdx>, 1, nIter);`.