A Proposed Algorithm to Perform Few Shot Learning with different sampling sizes

Kashvi Dedhia, Mallika Konkar, Dhruvil Shah, Prachi Tawde
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引用次数: 0

Abstract

Often times there is scarcity when it comes to model training of a quality dataset. Sometimes the data that is available is unlabelled, sometimes very few samples are available for some classes. In these cases, few shot learning comes in handy. There are two approaches to few shot learning Data Level approach and Parameter Level approach. The paper consists of analysis of the number of training samples using parameter level approach. Two classes have been used to perform few shot learning. Meta transfer learning is being used, by initialising the parameters of convolutional neutral networks (CNN) learner model from a model trained on ImageNet. It has been performed incrementally on datasets of various sizes. The results and performance of all the models are compared to the results when the entire dataset is used. As well as the advantages of using few shot learning. It has found its applications in a wide range of fields mainly computer vision, natural language processing etc.
一种不同采样大小的少镜头学习算法
当涉及到高质量数据集的模型训练时,通常存在稀缺性。有时可用的数据是未标记的,有时对于某些类可用的样本很少。在这些情况下,很少有射击学习能派上用场。少球学习有两种方法:数据级方法和参数级方法。本文采用参数水平法对训练样本数量进行了分析。两个类已经被用来执行一些射击学习。使用元迁移学习,从ImageNet上训练的模型初始化卷积神经网络(CNN)学习器模型的参数。它已经在不同大小的数据集上逐步执行。将所有模型的结果和性能与使用整个数据集时的结果进行比较。以及使用少枪学习的优点。它在计算机视觉、自然语言处理等领域有着广泛的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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