江柏叡 教授
- 系所：電子工程系 (建工)
- 研發領域：電機與電子工程
- 標籤： 電子電路
- 專長： 計算電磁,光主被動元件設計,高頻微波電路設計
- 學歷：
國立臺灣大學光電所博士
- 經歷：
- 電話：(07)381-4526#15616
- 傳真：(07)381-1182
1
提升機器學習的效率與性能：深度神經網絡與元啟發式 優化方法的研究與發展Enhancing Efficiency and Performance in Machine Learning:Research and Development of Deep Neural Networks and Metaheuristic Optimization Methods
2
深度學習用於預測關鍵國家 GDP 指標Advancing Economic Forecasting using Deep Learning for Key National GDP Indicators
3
工業控制閥故障自動緊急報警系統之研發Research and Development of Automatic Emergency Alarm System for Industrial Control Valve Failure
4
智能化寵物監測器系統與實務應用Intelligent pet monitor system and practical application
5
自動化種植及生長判別之深度學習應用Deep Learning Application of Automatic Planting and Plant Growth Discrimination
6
1.6Tb/s 矽光子光收發引擎之研製Development of 1.6Tb/s Silicon Photonics Optical Transceiver Engine
7
適用於綠能船舶系統之單級多埠多向電能轉換器研製Single-Stage Multi-Port Multi-Directional Converter for Green Shipboard Applications
8
發展適用於PM2.5斷層掃描正規化深度神經網路Development of Deep Neural Network with Regularization Serving for PM2.5 Tomography
9
使用類神經網路之高倍率且高視野範圍顯微鏡A High-Magnification and High-View-Field Microscope using Neural Network
10
穿戴式3C鋰聚合物電池安全測試之研究Analysis Of Safety Test In Wearable 3C Lithium Polymer Battery
11
改善光束傳播法之光學理想同調性以符合實際光學繞射實驗Improvement of Beam Propagation Method in Ideal Optical Coherence Serving as Actual Optical Diffraction Experiment
12
基於異質性物聯網及虛擬服務之保全系統改良The Improvement of Security System Based on Heterogeneous IoT and Virtual Service
13
適於光學繞射斷層掃描之深度學習技術Development of Optical Diffraction Tomography Based on Deep learning
14
25GBaud時脈萃取與訊號回復電路之開發與應用Development and Application of 25GBaud Clock Extraction and Data Recovery Circuit
15
結合主成分分析與快速傅立葉變換之卷積神經網路分類方法應用於複雜圖像A CNN-based Classfication Method Using Principle Component Analysis and Fast Fourier Transform for Complex Images
16
適用於立體PM2.5微粒量測之離軸數位全像技術發展Development Of The Off-axis Holographic Techniques For measuring Stereo PM2.5 Particles
17
基於二維小波轉換和主成份分析之增進心電訊號壓縮率Enhancement of ECG Signal Compression Ratio Based on 2D Wavelet Transform and Principal Component Analysis