Properly introduced anchor boxes
Signed-off-by: Jim Martens <github@2martens.de>
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@ -438,8 +438,8 @@ This chapter explains the functionality of \gls{vanilla} \gls{SSD}, Bayesian \gl
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Vanilla \gls{SSD} is based upon the VGG-16 network (see figure
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Vanilla \gls{SSD} is based upon the VGG-16 network (see figure
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\ref{fig:vanilla-ssd}) and adds extra feature layers. The entire
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\ref{fig:vanilla-ssd}) and adds extra feature layers. The entire
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image (always size 300x300) is divided up into anchor boxes. During
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image (always size 300x300) is divided up into so called anchor boxes.
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training, each of these boxes is mapped to a ground truth box or
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During training, each of these boxes is mapped to a ground truth box or
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background. For every anchor box both the offset to
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background. For every anchor box both the offset to
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the object and the class confidences are calculated. The output of the
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the object and the class confidences are calculated. The output of the
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\gls{SSD} network are the predictions with class confidences, offsets to the
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\gls{SSD} network are the predictions with class confidences, offsets to the
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