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Clifford Algebras: A Proposal Towards Improved Image Recognition in Machine Learning

机译:Clifford代数:改善机器学习中的图像识别的建议

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Machine learning algorithms are designed to learn autonomously to learn general rules from a set of examples. The importance of this task lies in its potential to provide future and past predictions, as well as to improve the interpretability of the data. RGB images have shown themselves to be a challenging topic to neural networks as their 3 dimensions (Red, Green and Blue) have to be processed using mathematical techniques designed for 1-dimensional inputs. However, an implementation of neural networks using Clifford algebras can speed up the processing time and improve the performance, as the resulting network is based on a 4-dimensional space.
机译:机器学习算法旨在自主学习从一组示例中学习一般规则。 这项任务的重要性在于提供未来和过去预测的潜力,以及提高数据的可解释性。 RGB图像已经表明,对于神经网络,必须使用专为1维输入设计的数学技术来处理其3维度(红色,绿色和蓝色)是一个具有挑战性的话题。 然而,使用Clifford代数的神经网络的实现可以加速处理时间并提高性能,因为所得到的网络基于4维空间。

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