Union-net: A deep neural network model adapted to small data sets
Jingyi Zhou, Qingfang He, Zhiying Lin

TL;DR
Union-net is a lightweight deep neural network designed specifically for small data sets, combining union modules to reduce complexity and overfitting while maintaining high classification performance.
Contribution
The paper introduces union convolution and a shallow network structure, enabling effective deep learning on small data sets with fewer parameters and reduced overfitting.
Findings
Performs well on small and large data sets
Reduces overfitting in small data training
Maintains high classification accuracy
Abstract
In real applications, generally small data sets can be obtained. At present, most of the practical applications of machine learning use classic models based on big data to solve the problem of small data sets. However, the deep neural network model has complex structure, huge model parameters, and training requires more advanced equipment, which brings certain difficulties to the application. Therefore, this paper proposes the concept of union convolution, designing a light deep network model union-net with a shallow network structure and adapting to small data sets. This model combines convolutional network units with different combinations of the same input to form a union module. Each union module is equivalent to a convolutional layer. The serial input and output between the 3 modules constitute a "3-layer" neural network. The output of each union module is fused and added as the…
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Taxonomy
TopicsAdvanced Neural Network Applications · Machine Learning and Data Classification · Domain Adaptation and Few-Shot Learning
Methods1x1 Convolution · Adam · Batch Normalization
