Pinned Repositories
3D-Model-Viewer
The project is going for reading and display 3d model files by using OpenGL, GLSL and C++.
APRAD
APRAD stands for Autonomous Portable low Frequency Receiver and Display. It is an android application to record, create and view signals from sound waves and electromagnetic waves (special preamplifier and antenna required). It also has the capability for signal synthesis and analysis. APRAD was developed at the College of Engineering and Applied Science under the direction of Prof. Mark Golkowski. The development was supported by the National Science Foundation under CAREER grant AGS 1254365. APRAD is intended to be used as an educational and outreach tool as well as very low frequency radio surveying tool. It's available and free on Googld Play Store.
Bullet-Physics-Engine-Project---Massive-Soft-Body-Physics-Simulation
The term "Soft Body" means objects with soft material features on surface or internally that should be simulated by computers technologies. The other type of objects are "Rigid Body". This project is requiring Bullet Physics Engine installed to run.
MusicIntel
Real-time-Physics-Simulation---Human-Heart
The project is using C++, OpenGL, GLSL, Mass Spring Physics System (Developed by myself) as its foundation. The final goal is to simulate a human heart in real-time.
sgv_skeleton
Shader-GLSL---Spot-Light
This is a demonstration of a shader used on the material.
tutorials
This holds the tutorials for GameTutorials.com
UCD_SDN_SR_TE
The implementation of the Segment Routing in SDN. Currently under development. Mainly using Java with Eclipse.
MusicIntelligentAnalysis
CSCI 5582
JasonLee12345's Repositories
JasonLee12345/Real-time-Physics-Simulation---Human-Heart
The project is using C++, OpenGL, GLSL, Mass Spring Physics System (Developed by myself) as its foundation. The final goal is to simulate a human heart in real-time.
JasonLee12345/APRAD
APRAD stands for Autonomous Portable low Frequency Receiver and Display. It is an android application to record, create and view signals from sound waves and electromagnetic waves (special preamplifier and antenna required). It also has the capability for signal synthesis and analysis. APRAD was developed at the College of Engineering and Applied Science under the direction of Prof. Mark Golkowski. The development was supported by the National Science Foundation under CAREER grant AGS 1254365. APRAD is intended to be used as an educational and outreach tool as well as very low frequency radio surveying tool. It's available and free on Googld Play Store.
JasonLee12345/UCD_SDN_SR_TE
The implementation of the Segment Routing in SDN. Currently under development. Mainly using Java with Eclipse.
JasonLee12345/Bullet-Physics-Engine-Project---Massive-Soft-Body-Physics-Simulation
The term "Soft Body" means objects with soft material features on surface or internally that should be simulated by computers technologies. The other type of objects are "Rigid Body". This project is requiring Bullet Physics Engine installed to run.
JasonLee12345/3D-Model-Viewer
The project is going for reading and display 3d model files by using OpenGL, GLSL and C++.
JasonLee12345/MusicIntel
JasonLee12345/sgv_skeleton
JasonLee12345/Shader-GLSL---Spot-Light
This is a demonstration of a shader used on the material.
JasonLee12345/tutorials
This holds the tutorials for GameTutorials.com