acoustic signal processing; audio signal processing; diseases; least squares approximations; signal classification; support vector machines; zoology; ℓ1-regularized least-squares optimization; SVM; acoustic data classification; audio spectrogram; automated disease detection; chicken vocalization; classification accuracy; dictionary generation portion; dictionary learning; feature vector; infectious bronchitis; input spectrogram; learned dictionary column feature; one-minute audio sample; sparse coding; sparse coefficient vector; sparse decomposition; Dictionaries; Signal processing algorithms; Spectrogram; Support vector machines; Training; Vectors; acoustic classification; dictionary learning; infectious bronchitis; sparse coding;
机译:基于多通道幅度谱的贝叶斯低秩和稀疏分解的语音增强
机译:用预先学习的词典拼接低级和稀疏频谱图分解的语音分离
机译:基于频谱图的音频指纹识别系统,用于基于内容的副本检测
机译:音频谱分解的稀疏分解在鸡中自动化疾病检测
机译:音频频谱图在现场可编程门阵列(fpga)上的实时实现。
机译:蛋白质-蛋白质相互作用稀疏网络中基于惩罚矩阵分解的蛋白质复合物检测
机译:通过稀疏,低阶和字典式光谱分解增强语音