A system for adjusting sitting posture of person in vehicle according to recognized person information
An adjustment system and in-vehicle technology, applied in the field of facial recognition, can solve the problems of inconvenience of adjustment without fundamental change, inability to automatically complete adjustment, limited number of personnel, etc., to achieve reduced differences, sufficient feature expression, and improved robustness Effect
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Embodiment 2
[0038] The present embodiment provides a face recognition system, which specifically includes a face recognition model, which is obtained through deep learning training. The network model is composed of a data input layer, a feature fusion layer, a classifier and a loss function, wherein the loss function is a Softmax function .
[0039] The data input layer continuously traverses the training sample images; the feature fusion layer extracts the depth features of each picture;
[0040] The classifier classifies the sample image; the loss function compares the classification result with the real label of the sample image.
[0041] The above system also includes a detection device, which is used to detect the number and size of graphics cards in the system. According to the number and size of graphics cards, the data in the training set is allocated to the corresponding number of data for each graphics card; the specific allocation rules are as follows: if it is detected that th...
Embodiment 3
[0057] This embodiment provides a training method for a face recognition model, and the method is implemented by a face recognition training system.
[0058] Step S1: The detection device of the face recognition training system detects the number and size of graphics cards in the system, and inputs a corresponding amount of data in the training set to each graphics card according to the number of graphics cards and the size of the video memory. When the number of training set categories divided by the number of graphics cards is less than the maximum number of classifications of the classifier, the input data between each graphics card will generally overlap. For example, suppose there are 8 graphics cards, and the training set has 800,000 categories. The so-called overlap means that after ensuring that the classifier of each card is divided into 100,000 categories on average, 200,000 categories are randomly selected from the other 7 cards. Add a category to the classifier of ...
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