臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

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臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

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机构	日期	题名	作者
元智大學	Sep-21	Non-Invasive Hemodynamics Monitoring System Based on Electrocardiography via Deep Convolutional Autoencoder	Muammar Sadrawi; Yin-Tsong Lin; Chien-Hung Lin; Bhekumuzi Mathunjwa; Ho-Tsung Hsin; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Sep-15	Computational Depth of Anesthesia via Multiple Vital Signs Based on Artificial Neural Networks	Muammar Sadrawi; Shou-Zen Fan; Maysam F. Abbod; Kuo-Kuang Jen; J.S. Shieh
元智大學	Sep-15	Computational Depth of Anesthesia via Multiple Vital Signs Based on Artificial Neural Networks	Muammar Sadrawi; Shou-Zen Fan; Maysam F. Abbod; Kuo-Kuang Jen; J.S. Shieh
元智大學	Sep-15	EEG Signals Analysis Using Multiscale Entropy for Depth of Anesthesia Monitoring During Surgery through Artificial Neural Networks	Quan Liu; Yi-Feng Chen; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Sep-15	EEG Signals Analysis Using Multiscale Entropy for Depth of Anesthesia Monitoring During Surgery through Artificial Neural Networks	Quan Liu; Yi-Feng Chen; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Sep-14	A Critical Care Monitoring System for Depth of Anaesthesia Analysis Based on Entropy Analysis and Physiological Information Database	Qin Wei; Yang Li; Shou-Zen Fan; Quan Liu; Maysam F. Abbod; Cheng-Wei Lu; Tzu-Yu Lin; Kuo-Kuang Jen; Shang-Ju Wu; Jiann-Shing Shieh
元智大學	Oct-20	Applying CLDNN to Time-Frequency Image of EEG Signals to Predict Depth of Anesthesia	Yen-Lin Chen; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Oct-17	Quasi-Periodicities Detection Using Phase-Rectified Signal Averaging in EEG Signals as a Depth of Anesthesia Monitor	Quan Liu; Yi-Feng Chen; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Oct-17	Quasi-Periodicities Detection Using Phase-Rectified Signal Averaging in EEG Signals as a Depth of Anesthesia Monitor	Quan Liu; Yi-Feng Chen; Shou-Zen Fan; Maysam F. Abbod; J.S. Shieh
元智大學	Nov-22	Fractal properties of heart rate dynamics: A new biosensor for anesthesia - biphasic changes in general anesthesia and decrease in spinal anesthesia	Jheng-Yan Lan; J.S. Shieh; Jia-Rong Yeh; Shou-Zen Fan

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