人脸识别前馈算法的机器学习方法

A. Tiwari, R. Shukla
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引用次数: 5

摘要

利用前馈技术进行人脸识别是计算机视觉、机器学习、生物识别、模式识别、模式分析和数字图像处理等领域的一项重要技术。它是一种训练多层卷积神经网络的系统方法。这是一种很强的数学技术,但在实际中应用并不多。基于扩展梯度下降的增量学习规则采用前馈技术。前馈技术为改变权重和偏置提供了一种计算效率高的方法。人脸学习问题是搜索网络中所有单元的所有权值所定义的所有假设空间。将误差替换为P和空间的其他类别对应于网络中所有单元的所有关联权值。在这个方程中,在训练单个单元的情况下,输出试图找到一个最小化p的假设。在人脸识别算法中,自动确定不同特征的位置。这种排列通过光学视图得到了改进。识别是通过计算归一化相关分数来完成的,在许多人脸识别场景中,探针的姿态和注册的数据库图像是不同的。
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Machine Learning Approaches for Face Identification Feed Forward Algorithms
Face identification using feed forward technique is a very important technique to use in computer vision, machine learning, biometrics, pattern recognition, pattern analysis and digital image processing. It is a systematic method for training multi-layer convolutional neural network. It is a mathematical technique that is strong but not highly used in practical. Feed forward technique is using for extend gradient descent based delta learning rules. Feed forward technique are provides a computationally efficient method for changing the weight and bias. Face learning problem is to search for all hypothesis space defined to all weight values for all units in the networks. The error is replaced by P and the other category of the space corresponding to all of the associated weight with all of the units in the network. In this equation in the case of training a single unit the output attempts to find a hypothesis to minimize P. In face identification algorithm the automatically determined location of the different feature. This alignment is refined by optical view. Identification is performing by computing normalized correlation scores in many face identification scenarios the pose of the probe and registered database image are different.
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