Joseph-LIN-Tech

blockbench

BLOCKBENCH: A Framework for Analyzing Private Blockchains. Blockbench contains workloads for measuring the data processing performance, and workloads for understanding the performance of different layers of Blockchain systems.

career_path_suggestion

Career Path Prediction using Decision Trees and String Matching.

CV_Exer1

deep-eta-murat

Implementation of "Multi-task Representation Learning for Travel Time Estimation"

Joseph-LIN-Tech.github.io

pro_git

SML

Symmetric Metric Learning with Adaptive Margin for Recommendation

student-career-area-prediction-using-machine-learning

Trajectory-Prediction-LSTM

Human Trajectory Prediction using LSTM/GRUs

VideoINR-Continuous-Space-Time-Super-Resolution

[CVPR 2022] VideoINR: Learning Video Implicit Neural Representation for Continuous Space-Time Super-Resolution

Joseph-LIN-Tech/blockbench

BLOCKBENCH: A Framework for Analyzing Private Blockchains. Blockbench contains workloads for measuring the data processing performance, and workloads for understanding the performance of different layers of Blockchain systems.

Joseph-LIN-Tech/career_path_suggestion

Career Path Prediction using Decision Trees and String Matching.

Joseph-LIN-Tech/CV_Exer1

Joseph-LIN-Tech/deep-eta-murat

Implementation of "Multi-task Representation Learning for Travel Time Estimation"

Joseph-LIN-Tech/Joseph-LIN-Tech.github.io

Joseph-LIN-Tech/pro_git

Joseph-LIN-Tech/SML

Symmetric Metric Learning with Adaptive Margin for Recommendation

Joseph-LIN-Tech/student-career-area-prediction-using-machine-learning

Joseph-LIN-Tech/Trajectory-Prediction-LSTM

Human Trajectory Prediction using LSTM/GRUs