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于露等:基于深度学习的人体低氧状态识别 ·823· [18]Hoffman J,Pathak D,Tzeng E,et al.Large scale visual recog- 21]Craig A,Tran Y,Wijesuriya N,et al.A controlled investigation nition through adaptation using joint representation and multiple into the psychological determinants of fatigue.Biol Psychol, instance learning.J Mach Learn Res,2016,17(1):1 2006,72(1):78 [19]LeCun Y,Bengio Y,Hinton G.Deep learning.Nature,2015, B22]Wang Q.Multi Objective Learning and Ensembling for Deep Neura 521(7553):436 Netcork Based Speech Enhancement [Dissertation].Hefei:Uni- 20]Bronstein MM,Bruna J,LeCun Y,et al.Geometric deep learn- versity of Science and Technology China,2018 ing:going beyond euclidean data.IEEE Signal Process Mag, (王青.基于深层神经网络的多目标学习和融合的语言增强 2017,34(4):18 研究[学位论文].合肥:中国科学技术大学,2018)于 露等: 基于深度学习的人体低氧状态识别 [18] Hoffman J,Pathak D,Tzeng E,et al. Large scale visual recog￾nition through adaptation using joint representation and multiple instance learning. J Mach Learn Res,2016,17( 1) : 1 [19] LeCun Y,Bengio Y,Hinton G. Deep learning. Nature,2015, 521( 7553) : 436 [20] Bronstein M M,Bruna J,LeCun Y,et al. Geometric deep learn￾ing: going beyond euclidean data. IEEE Signal Process Mag, 2017,34( 4) : 18 [21] Craig A,Tran Y,Wijesuriya N,et al. A controlled investigation into the psychological determinants of fatigue. Biol Psychol, 2006,72( 1) : 78 [22] Wang Q. Multi Objective Learning and Ensembling for Deep Neura Network Based Speech Enhancement [Dissertation]. Hefei: Uni￾versity of Science and Technology China,2018 ( 王青. 基于深层神经网络的多目标学习和融合的语言增强 研究[学位论文]. 合肥: 中国科学技术大学,2018) · 328 ·
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