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Jiunn-Lin Wu, PhD

RESEARCH BLOG

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A Novel Fatigue Detection Method for Table Tennis Specific Aerobic Testing Using Residual-Attention-Based FinePOSE 3D Human Pose Estimation

A Novel Fatigue Detection Method for Table Tennis Specific Aerobic Testing Using Residual-Attention-Based FinePOSE 3D Human Pose Estimation

A Novel Fatigue Detection Method for Table Tennis Specific Aerobic Testing Using Residual-Attention-Based FinePOSE 3D Human Pose Estimation

SIPLab

An Automatic Segmentation and Highlight Extraction Method for Table Tennis Videos Using The Human-Parsing Based Bimodal Deep Neural Networks

An Automatic Segmentation and Highlight Extraction Method for Table Tennis Videos Using The Human-Parsing Based Bimodal Deep Neural Networks

An Automatic Segmentation and Highlight Extraction Method for Table Tennis Videos Using The Human-Parsing Based Bimodal Deep Neural Networks

SIPLab

The Trajectory Tracking and Tactical Analysis for Table Tennis Videos Using Deep Learning Neural Net

The Trajectory Tracking and Tactical Analysis for Table Tennis Videos Using Deep Learning Neural Net

The Trajectory Tracking and Tactical Analysis for Table Tennis Videos Using Deep Learning Neural Net

SIPLab

Medical Image Segmentation

Medical Image Segmentation

Medical Image Segmentation

SIPLab

Hand-Eye Calibration Using Computer Vision Approach

Hand-Eye Calibration Using Computer Vision Approach

Hand-Eye Calibration Using Computer Vision Approach

SIPLab

A Learning-based Image Enhancement Method Using Cycle GAN and Adaptive Gamma Correction

A Learning-based Image Enhancement Method Using Cycle GAN and Adaptive Gamma Correction

A Learning-based Image Enhancement Method Using Cycle GAN and Adaptive Gamma Correction

SIPLab

Using deep learning technology & video visual technology in the analysis of table tennis competition

Using deep learning technology & video visual technology in the analysis of table tennis competition

Using deep learning technology & video visual technology in the analysis of table tennis competition

SIPLab

A Robust Music Auto-Tagging Technique Using Audio Fingerprinting and Deep Convolutional Neural Netwo

A Robust Music Auto-Tagging Technique Using Audio Fingerprinting and Deep Convolutional Neural Netwo

A Robust Music Auto-Tagging Technique Using Audio Fingerprinting and Deep Convolutional Neural Netwo

SIPLab

A Fast and Robust Audio Fingerprinting Method Using Constant Q Transform and Clustering Strategy

A Fast and Robust Audio Fingerprinting Method Using Constant Q Transform and Clustering Strategy

A Fast and Robust Audio Fingerprinting Method Using Constant Q Transform and Clustering Strategy

SIPLab

A Deep-Learning-Based Face and License Plate Detection Technique for The Privacy Protection in Hospi

A Deep-Learning-Based Face and License Plate Detection Technique for The Privacy Protection in Hospi

A Deep-Learning-Based Face and License Plate Detection Technique for The Privacy Protection in Hospi

SIPLab

薊馬與粉蝨自動監測裝置與防治決策系統

薊馬與粉蝨自動監測裝置與防治決策系統

薊馬與粉蝨自動監測裝置與防治決策系統

SIPLab

A hybrid motion deblurring strategy using patch based edge restoration and bilateral filter

A hybrid motion deblurring strategy using patch based edge restoration and bilateral filter

A hybrid motion deblurring strategy using patch based edge restoration and bilateral filter

SIPLab

A single image deblurring algorithm for nonuniform motion blur using uniform defocus map estimation

A single image deblurring algorithm for nonuniform motion blur using uniform defocus map estimation

A single image deblurring algorithm for nonuniform motion blur using uniform defocus map estimation

SIPLab

A fast classification strategy for SVM on the large-scale
high-dimensional datasets

A fast classification strategy for SVM on the large-scale
high-dimensional datasets

A fast classification strategy for SVM on the large-scale high-dimensional datasets

SIPLab

A hybrid defect detection method for
compact camera lens

A hybrid defect detection method for
compact camera lens

A hybrid defect detection method for compact camera lens

SIPLab

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