Hui Yang

Complex Systems Monitoring, Modeling and Control Laboratory

Train the next generation of engineers to bring analytical skills and nonlinear thinking into "sensing-modeling-optimization" of complex systems, and build the successful career development of trainees.

Hui Yang, PhD, IISE Fellow, Fulbright Scholar
Director: Center for Health Organization Transformation
Professor: Industrial and Manufacturing Engineering, Biomedical Engineering
Editor-in-Chief: IISE Transactions on Healthcare Systems Engineering
The Pennsylvania State University, University Park, PA 16802-1401

Google Scholar: https://scholar.google.com/citations?user=Jux85wMAAAAJ
ResearchGate: https://www.researchgate.net/profile/Hui-Yang-25/publications
Software Toolbox: https://csmmclab.github.io/software.html
ORCID: https://orcid.org/0000-0001-5997-6823

Self-organizing process from random distribution of nodes to the 3D design of a chair (long ver)

Self-organizing process from random distribution of nodes to the 3D design of a chair (long ver)
KNN is inferior in self-organizing process from random nodes to the 3D design of a pawn

KNN is inferior in self-organizing process from random nodes to the 3D design of a pawn
Recurrence network is superior in self-organizing process from random nodes to 3D design of a pawn

Recurrence network is superior in self-organizing process from random nodes to 3D design of a pawn
Timothy Kuo: Multi-layer encrypted learning for distributed healthcare analytics, Scientific Reports

Timothy Kuo: Multi-layer encrypted learning for distributed healthcare analytics, Scientific Reports
Smart and Autonomous Factory - Digital Model

Smart and Autonomous Factory - Digital Model
The Lorenz System - Animated Video

The Lorenz System - Animated Video
The Rossler System - Animated Video

The Rossler System - Animated Video
Rossler Attractor Animated Video

Rossler Attractor Animated Video
DementiAnalytics

DementiAnalytics
Virtual Reality Learning Factory

Virtual Reality Learning Factory
SCOUT - Spatiotemporal Coverage for Optimal Unmanned Tasking - Tracking Pathway Demo

SCOUT - Spatiotemporal Coverage for Optimal Unmanned Tasking - Tracking Pathway Demo
SCOUT - Spatiotemporal Coverage for Optimal Unmanned Tasking - Honeycomb Tessellation Demo

SCOUT - Spatiotemporal Coverage for Optimal Unmanned Tasking - Honeycomb Tessellation Demo
Harvard Workshop on New Frontiers on Decision and Control: Theory, Algorithms, and Application

Harvard Workshop on New Frontiers on Decision and Control: Theory, Algorithms, and Application