基于不变矩和支持向量机的小样本图像识别
RESEARCH ON SMALL SAMPLE IMAGE RECOGNITION BASED ON INVARIANT MOMENT AND SUPPORT VECTOR MACHINE
基于统计的图像识别方法只有在样本足够大时,其性能才有保证。而实际中如果难以提供大量样本,就可能因信息量不足导致识别性能下降。为此提出一种小波矩结合支持向量机的目标识别算法,这种算法立足寻找现有样本信息下的最优解,适合分析小样本。文章首先提取样本数目有限的坦克图像的Hu矩、Zernike矩、小波矩特征,然后将提取到的特征值分别输入神经网络和支持向量机分类器,进而实现对图像的分类。实验结果表明,在小样本情况下该算法具有较好的识别效果。
Method of image recognition based on statistics can achieve fine performance only if it’s provided with large numbers of samples. In practice however, sometimes it’s impossible to obtain so many samples, which may results in the poor recognition-performance because lacking of information. Consequently in the paper an arithmetic that combines wavelet moment with Support Vector Machine (SVM) is established. The arithmetic grounds on existing sample-information to acquire optimal solution, as a result, it’s applicable to analyze the instance of small sample. In the first place, extracting Hu moment, Zernike moment and wavelet moment of tank images with restricted sample amount and then distinguishing them through neural network and SVM respectively. The experimental results demonstrate that the arithmetic is superior to others on recognition efficiency in the case of small sample.
孙贝、曹军、史健芳
计算技术、计算机技术自动化技术、自动化技术设备
图像识别小样本不变矩神经网络支持向量机
Image RecognitionSmall SampleInvariant MomentNeural NetworkSupport Vector Machine
孙贝,曹军,史健芳.基于不变矩和支持向量机的小样本图像识别[EB/OL].(2009-10-29)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/200910-605.点此复制
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