吳重雨

Wu, Chung-Yu・電機學院・電子研究所

碩士平均畢業時長
2.82 年
中位數 2.70 年・34 人
博士平均畢業時長
7.01 年
中位數 7.54 年・9 人
收錄論文
50 篇
100–112 學年度
全校中位數(供對照)
碩士 2.10・博士 6.11 年

畢業時長趨勢

每學年度畢業人數

只計入有論文收錄的畢業生;中途休學或更換指導教授的學生不會出現在這裡。

研究關鍵字

主動式整流器Active rectifierlow power分區供電divisional power supply scheme類比前端放大器下視網膜植入analog front-end amplifierCochlear implant類比數位轉換器低雜訊放大器類比前端電路impedance measurementanalog front-endSubretinal Prosthesis視網膜低功耗implantable太陽能電池LDO單極電極組織阻抗量測植入式生醫裝置活體動物實驗monopolar electrode-tissue impedance (ETI) measurementreal-time stimulation artifact removal局部場電位訊號光伏供電Photovoltaic-PoweredSubretinal Prostheses電極組織阻抗量測stimulation artifactWireless power and bilateral data telemetry人工耳蝸阻抗量測retina植入式生醫元件前端放大器low noise人工視網膜電荷泵升壓電路charge pump放大器Amplifier生醫下視網膜低壓降穩壓器無線傳能wireless power截波調變技術chopper modulation technique

想看最新的研究方向與計畫經費,也可以查政府研究計畫(GRB)。

指導論文

學年度論文學制入學提交日期畢業時長
112
Design of CMOS Analog Front-End Local Field Potential (LFP) Amplifiers with Stimulation Artifact Removal and Closed-Loop Deep Brain Stimulation (DBS) System-on-Chip (SoC) for Real-Time Efficient Control of Parkinson's Diseases (PDs)
電子研究所・共同指導:柯明道
類比前端局部場電位放大器、單極電極組織阻抗量測、即時電刺激偽影訊號消除、即時閉迴路深腦電刺激系統單晶片、植入式生醫裝置、活體動物實驗、帕金森氏症、analog front-end (AFE) local-field potential (LFP) amplifier、monopolar electrode-tissue impedance (ETI) measurement、real-time stimulation artifact removal、implantable biomedical device、in-vivo animal test、Parkinson's disease (PD)
博士1052024-02-167.54 年
111
Integration of multiple prognostic predictors in a porcine spinal cord injury model: A further step closer to reality
生物科技學系・共同指導:曲在雯
脊髓損傷、豬模型、球囊壓迫、運動行為、脊柱內壓力、脊柱-脊柱誘發電位、磁振造影、Spinal cord injury、porcine model、balloon compression、motor behavior、intra-spinal pressure、spine-to-spine evoked potentials、magnetic resonance imaging
博士1012023-08-0911.02 年
111
Design of CMOS Analog Front-End Local Field Potential (LFP) Amplifier with Input Impedance Boosting Auxiliary Path, Improved Differential-Mode Artifact Removal, and Improved Monopolar Electrode-Tissue Impedance Measurement Circuits for Real-Time Closed-Loop Deep Brain Stimulation (DBS) SoC Applications
電子研究所・共同指導:柯明道
類比前端放大器、深腦電刺激、局部場電位訊號、單極電極組織阻抗量測、即時刺激偽影訊號消除、analog front-end (AFE) amplifier、deep drain stimulation (DBS)、local-field potential (LFP)、monopolar electrode-tissue impedance (ETI) measurement、real-time stimulation artifact removal
碩士1092023-02-192.55 年
110
The Design of 180-nm CIS 256-Pixel Photovoltaic-Powered Subretinal Prosthetic Chips with Global Adaptive Background Cancellation Circuit for Subretinal Prostheses
電子研究所・共同指導:柯明道
下視網膜植入、全域適應性背景光消除電路、256像素、光伏供電、下視網膜晶片、180奈米、180-nm CIS、256-Pixel、Photovoltaic-Powered、Subretinal Prosthetic Chip、Global Adaptive Background Cancellation Circuit、Subretinal Prostheses
碩士1082022-05-262.82 年
110
Design of CMOS Analog Front-End Electrocorticography (ECoG) Amplifier with +1.2-V Common-mode and ±11-mV Differential-mode Artifact Signals Removal and Electrode-Tissue Impedance Measurement Circuits for Epilepsy Control SoC Applications
電子研究所・共同指導:柯明道
生醫類比前端放大器、偽影訊號消除、電極組織阻抗量測電路、癲癇控制系統晶片、低雜訊放大器、Biomedical Analog Front-End Amplifier、Artifact Signals Removal、Electrode-Tissue Impedance Measurement Circuit、Epilepsy Control SoC Applications、Low Noise Amplifier
碩士1082022-04-132.70 年
110
Design of CMOS Analog Front-End Local-Field-Potential (LFP) Amplifier with ±1-V Common-mode and ±30-mV Differential-mode Artifact Signals Removal and Electrode-Tissue Impedance Measurement Circuits for Parkinson’s Disease Control SoC Applications
電子研究所・共同指導:柯明道
刺激偽影訊號、斬波放大器、類比前端放大器、電極組織阻抗量測、帕金森疾病控制、局部場電位訊號、stimulation artifact、chopper amplifier、analog front-end amplifier、electrode-tissue impedance measurement、Parkinson's disease control、local field potential signal (LFP)
碩士1082022-04-132.70 年
110
A New HV-CMOS High-Efficiency Wireless Power and Bilateral Data Telemetry Subsystem with 1X/3X (+6 V)/-3X (-6 V) Active Rectifier for Implantable Biomedical Devices
電子研究所・共同指導:柯明道
主動式整流器、電子耳、刺激器、無線功率與雙向資料傳輸、Active rectifier、Cochlear implant、Stimulator、Wireless power and bilateral data telemetry
碩士1082022-02-222.56 年
110
The Design of 16-Channel CMOS Analog Front-End (AFE) Amplifiers without/with Right-Leg Drive (RLD) Circuit for Electrocorticography (ECoG) Signal Recording in Epileptic Seizure-Control System-on-Chip
電子研究所・共同指導:柯明道
神經生理訊號、顱內腦波訊號、類比前端電路、右肢驅動、低雜訊放大器、ECoG、RLD、analog front-end amplifier、SCLPF、SCA
碩士1072021-11-243.32 年
109
The Design of CMOS High Efficiency Wireless Power Management Subsystems and Their Applications on the Design of Cochlear Implant Microsystem
電子研究所・共同指導:柯明道
人工耳蝸微系統、植入式生醫裝置、無線電源與資料傳輸、活體動物實驗、cochlear implant、implantable medical device、wireless power and bilateral data telemetry、in vivo animal test
博士1052021-07-204.97 年
109
The Design of CMOS Electrically Evoked Compound Action Potential (ECAP) Analog Front-End Acquisition Unit (AFEAU) with Electrode-Tissue Impedance Measurement Circuit for Cochlear Implants
電子研究所
電誘發複合活動電位、人工耳蝸、阻抗量測、類比前端電路、electrically evoked compound action potential、cochlear implant、impedance measurement、analog front-end
碩士1062020-09-063.10 年
109
The Design of 180-nm CMOS Auto-Adaptive 256-pixel Sensing and Biphasic Current Stimulation Chips with Bidirectional-Sharing Electrodes and Closed-Loop Charge Pump for Subretinal Prosthesis
電子研究所・共同指導:柯明道
下視網膜植入、自動適應光源像素、Subretinal Prosthesis、Auto-Adaptive pixel
碩士107—無法計算
109
THE IMPROVED DESIGN OF PHOTOVOLTAIC-POWERED SUBRETINAL PROSTHETIC CHIPS ON IMAGE DYNAMIC RANGE AND ELECTRODE STRUCTURES FOR PROSTHETIC SYSTEM APPLICATIONS
電子研究所
視網膜、電極架構、高影像動態範圍、光伏供電、retina、electrode structures、wide image dynamic range、photovoltaic-powered
博士103—無法計算
108
The Design of CMOS 13.56-MHz Power and Bilateral Data Telemetry System with Low-Power Pulsed Load-Shift Keying (PLSK) Circuit and Passive Phase-Shift Keying (PPSK) Modulator for Biomedical Implants
電子研究所
植入式生醫元件、鍵移調變、功率與雙向數據遙測系統、Data Telemetry、Pulsed Load-Shift Keying、Passive Phase-Shift Keying、Biomedical Implants
碩士1062020-03-172.63 年
108
The Design of CMOS 13.56-MHz High Efficiency 1X/-1X Active Rectifier and Low-Dropout Regulators for Implantable Medical Devices
電子研究所
主動式整流器、直流穩壓器、active rectifier、low-dropout regulator
碩士1062020-03-152.62 年
108
The Design of an 8-Channel Analog Front-End Acquisition Circuit That Tolerates ±6V Common-mode Artifact and ±10mV Differential-mode Artifact in 65nm CMOS Technology for Local Field Potential Signal Recording
電子研究所
前端放大器、斬波器、低雜訊、低功耗、神經訊號擷取、局部場電位、刺激雜訊、analog front-end、chopper、low noise、low power、neural signal acquisition、local field potential、stimulation artifact
碩士1062020-02-092.52 年
108
The Design of an 8-Channel CMOS Analog Front-End Electroencephalography (EEG) Acquisition Unit and A Transcranial Direct Current Stimulation-EEG (tDCS-EEG) System for Medical Application
電子研究所
輸入保護電路、切換電容式電路、經顱直流電刺激之腦電訊號、Input protection circuit、Switched-capacitor circuit、Transcranial Direct Current Stimulation-EEG
碩士1062020-02-092.52 年
108
THE DESIGN OF 180-NM CMOS 256-PIXEL PHOTOVOLTAIC-POWERED SENSING AND BIPHASIC STIMULATION IMPLANTABLE CHIPS WITH CHARGE PUMP CIRCUITS AND THEIR APPLICATIONS ON SUBRETINAL PROSTHESES SYSTEMS
電子研究所
人工視網膜、光伏電池、電荷泵升壓電路、分區供電、生物相容性封裝、subretinal prosthetic、photovolltaic cell、charge pump、divisional power supply scheme、biocompatible package
博士1002019-12-168.38 年
107
The Design of a Fully Differential Bypass Window Successive Approximation Register Analog to Digital Converter and an Electrode-Tissue Impedance Measurement Circuit for Cochlear Implants
電子研究所
放大器、類比數位轉換器、電極組織阻抗量測、Amplifier、Impedance measurement
碩士1032019-07-024.92 年
107
The Design of two Low Power 10-bit/12-Bit 100-KS/s Hybrid/Split-Capacitor SAR ADCs and an Electrode-Tissue Impedance Measurement Circuit for Implantable Medical SoC Integration
電子研究所
植入式、生醫、癲癇、低功率、類比數位轉換器、阻抗量測、implantable、medical、low power、hybrid switching scheme、SAR ADC、impedance measurement
碩士1052019-06-292.91 年
107
The Design of CMOS Analog Front-End Acquisition Circuits for Electrocorticography (ECoG) and Evoked Compound Action Potential (ECAP) Recording in Implantable Medical Devices
電子研究所
生理訊號擷取電路、Analog Front-End Acquisition Circuits
碩士1052019-06-252.90 年
107
The Design of 180-nm CMOS 256-Pixel Sensing and Biphasic Current Stimulation Chips with Bidirectional-Sharing Electrodes and Charge Pump for Subretinal Prosthesis
電子研究所
下視網膜植入、雙向共用電極、Subretinal Prosthesis、Bidirectional-Sharing Electrodes
碩士1052019-02-252.57 年
107
The Design of a 4-Channel CMOS Analog Front-End Acquisition Circuit with Artifact Removal for the Applications on Parkinson's Diseases of Closed-Loop Deep Brain Stimulation Devices
電子研究所
閉迴路深腦刺激、帕金森症、刺激雜訊消除、遮沒放大器、電壓限制技術、Closed-Loop DBS、Parkinson's Diseases、Artifact Removal、Amplifier-blanking、Voltage-limiting
碩士1042018-09-093.11 年
107
The Design of CMOS System-on-Chips (SoCs) and Closed-Loop Neuromodulation Systems for Human Epileptic Seizure and Parkinson’s Disease Control
電子研究所
無線能量與資料傳輸、類比前端腦波放大器、閉迴路癲癇控制系統、閉迴路神經調控系統、Wireless power and data telemetry、Analog-front-end ECoG amplifier、Closed-loop seizure control system、Closed-loop neuromodulation systme
博士1032018-08-234.06 年
106
The Design and Analysis of 13.56-MHz CMOS Inductive Link Power Supply and System-on-Chip (SoC) for Cochlear Implant Applications
電子研究所
主動式整流器、骨導式、人工耳蝸、電感耦合電源、植入式生醫元件、Active Rectifier、Bone-Guided、Cochlear Implant、Inductive Link Power Supply、Implantable Medical Devices
博士992018-07-157.95 年
106
THE DESIGN OF 180-NM CMOS 480-PIXEL SENSING AND BIPHASIC CURRENT STIMULATION CHIPS WITH FOUR DIRECTIONAL SHARING ELECTRODES AND CHARGE PUMP FOR SUBRETINAL PROSTHESIS
電子研究所
下視網膜、雙向電流刺激晶片、四向共用電極、電荷泵升壓電路、太陽能電池、SUBRETINAL PROSTHESIS、BIPHASIC CURRENT STIMULATION CHIPS、FOUR DIRECTIONAL SHARING ELECTRODES、CHARGE PUMP、PHOTOVOLTAIC CELL
碩士1042018-05-172.79 年
106
The Design of an 8-Channel Analog Front-End with Chopper Modulated Amplifier and Fully Differential Hybrid SAR ADC in 65nm CMOS Technology for EEG Acquisition
電子研究所
類比前端電路、載波調變放大器、直流伺服迴路、類比數位轉換器、腦波訊號擷取、Analog front-end、chopping、DC servo loop、ADC、EEG acquisition
碩士1042017-12-282.41 年
105
The Design of a 4-Channel CMOS Analog Front-End Acquisition Circuit for ENG (Electroneurogram) Signal Recording in Spinal Cord
電子研究所
脊髓神經訊號、類比前端截取電路、ENG (Electroneurogram)、Analog Front-End Acquisition Circuit
碩士1032017-05-212.80 年
105
The Design of CMOS 13.56-MHz High Efficiency 1X/3X Active Rectifier and Low Dropout Regulators for Implantable Medical Devices
電子研究所
主動式整流器、active rectifier
博士1032017-03-212.64 年
104
THE DESIGN OF 180-NM CMOS 256-PIXEL SENSING AND BIPHASIC STIMULATION CHIPS WITH ON-CHIP PHOTOVOLTAIC CELLS AND DIVISIONAL POWER SUPPLY SCHEME FOR SUBRETINAL PROSTHESES
電子工程學系 電子研究所
下視網膜、分區供電、主動式象素元件、Subretinal、Divisional power supply scheme、Active pixel sensor
碩士1022016-05-102.77 年
104
The Design of CMOS 13.56-MHz High Efficiency 2X/3X Active Rectifier and Low Dropout Regulators for Implantable Medical Devices
電子工程學系 電子研究所
主動式整流器、低壓降穩壓器、無線傳能、active rectifier、LDO、wireless power
碩士1022016-04-202.72 年
104
The Design of an 8-Channel Analog Front-End Amplifier with chopper modulation technique in 65 nm-CMOS for EEG Recording System
電子工程學系 電子研究所
類比前端放大器、截波調變技術、腦波、六十五奈米、Analog Front-End Amplifier、chopper modulation technique、EEG signal、65 nm
碩士1022016-01-052.43 年
104
The Design of 8-Channel CMOS Current-mode Analog Front-End Amplifier for EEG Recording
電子工程學系 電子研究所
電流模式、前端放大器、腦電訊號紀錄、current-mode、analog frond-end amplifier、EEG recording
碩士1012016-01-053.43 年
104
The Design of a 16-Channel CMOS Analog Front-End Acquisition Circuit with chopper modulation technique for Bio-potential Signal Recording Systems
電子工程學系 電子研究所
類比前端放大器、截波調變技術、癲癇偵測、Analog Front-End Amplifier、chopper modulation technique、Seizure detection
碩士102—無法計算
103
The Design of an 8-Channel 65nm-CMOS Analog Front-End Amplifier Circuit for Neuron Recording System
電子工程學系 電子研究所
生醫放大器、AFEA
碩士1002014-12-283.41 年
102
The design of CMOS solar-cell powered current stimulation chips with divisional images and power supply scheme (DIPSS) for implanted subretinal prostheses
電子工程學系 電子研究所
視網膜、雙向刺激、分區供電、太陽能電池、retina、bi-phasic stimulation、divisional power supply scheme、solar-cell
碩士1002014-02-162.55 年
102
The design of 65-nm cmos 64-pixel sensing and biphasic stimulation chips with on-chip solar cells and divisional power supply scheme for implanted subretinal prostheses
電子工程學系 電子研究所
視網膜、雙向刺激、太陽能電池、分區供電、subretina、biphasic、Solar cell、divisional power supply scheme
碩士1002014-02-162.55 年
102
Design of Low Power Cascaded Phase-Locked-Loops in 65nm CMOS technology for Implantable Medical Devices
電子工程學系 電子研究所
鎖相迴路、可植入式的、低功耗、串接式的、Phase-Locked-Loop、implantable、low power、cascaded
碩士100—無法計算
102
The Design of CMOS 13.56-MHz Power and Data Telemetry System with a new Low-Power Binary Phase Shift Keying Demodulator for Biomedical Implants
電子工程學系 電子研究所
解調器、資料與功率傳輸、demodulator、data and power telemetry
碩士101—無法計算
102
Development of Active Comb-shaped Dry Electrode for EEG Measurement in Hairy Site
影像與生醫光電研究所・共同指導:林伯昰
腦電訊號、主動式電極、共模拒斥比、穩態視覺誘發電位、EEG、active electrode、CMRR、SSVEP
碩士101—無法計算
101
The Design of An 8-Channel CMOS Analog Front-End Acquisition Circuit for Bio-potential Signal Recoding Systems
電子工程學系 電子研究所
放大器、生醫訊號、生理訊號、類比、前端、amplifier、biopotential signals、acquisition system、front end、preamplifier
碩士992012-12-052.35 年
101
The Design of CMOS 13.56-MHz High Efficiency Voltage Doubler Rectifier and Low Dropout Regulators for Medical Devices
電子工程學系 電子研究所
整流器、低壓降穩壓器、無線傳能、Rectifier、LDO、Wireless power
碩士992012-12-052.35 年
101
A MedRadio-Band CMOS OOK Transceiver with Full-Wave Envelope Detector for Medical Devices
電子工程學系 電子研究所
開關式移鍵、生醫、傳收器、OOK、Medical Devices、Transceiver
碩士992012-12-052.35 年
101
Design and Implementation of CMOS RF Transmitter Front-End Circuits for Wireless Medical Telemetry Applications
電子工程學系 電子研究所
無線醫療遙測、互補式金氧半、多赫蒂放大器、IQ調變器、四相位壓控震盪器、傳送機、Wireless Medical Telemetry、CMOS、Doherty amplifier、IQ modulator、QVCO、transmitter
碩士982012-09-283.16 年
101
Design and Implementation of a CMOS Low Power Integer-N Cascaded Phase-Locked Loop for Implantable Medical SOCs
電子工程學系 電子研究所
鎖相迴路、低功耗、可植入式、Phase-locked loop、low power、implantable
碩士98—無法計算
100
A Low Power 10-Bit 500-KS/s Delta-Modulated Successive Approximation Register Analog-to-Digital Converter for Implantable Medical Devices
電子工程學系 電子研究所
delta modulator、Successive Approximation Register、asynchronous clock、analog to digital converter、predictable、Medical Device、差量調變器、連續估算暫存器、非同步時脈、類比數位轉換器、可預測、生醫元件
碩士982012-04-252.73 年
100
DESIGN AND ANALYSIS OF HIGH FREUQNCY CMOS FRONT-END RECEIVER CIRCUITS
電子工程學系 電子研究所
超寬頻、接收器、低雜訊放大器、ultra-wide band、receiver、LNA
博士912012-01-139.45 年
100
A Low-Power Low-Noise CMOS Current-Mode Front-End Amplifiers for Neural Recording
電子工程學系 電子研究所
電流訊號前端放大器、低功率低雜訊、生醫訊號偵測、current-mode、front-end amplifier、low power、low noise、neural recording
碩士982011-11-082.27 年
100
The Design of Fully-Integrated CMOS Multiple Low Dropout Regulators for Implantable Biomedical SoCs
電子工程學系 電子研究所
穩壓器、Low Dropout Regulator、LDO
碩士982011-10-142.20 年
100
The design of CMOS solar cell powered current stimulation chips for subretinal prostheses
電子工程學系 電子研究所
下視網膜植入、視網膜晶片、電流刺激晶片、分區供電、subretinal prostheses、retinal chips、current stimulation chips、divisional power supply scheme
碩士962011-09-284.16 年
100
The Analysis and Design of Retinal Chips for Motion Detector and Visual Prosthesis Applications
電子工程學系 電子研究所
視網膜晶片、運動偵測、人工視網膜、Retinal chip、motion sensor、artificial retina
博士932011-08-307.08 年