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Picture Jyh-Ming Lien
Ph.D. Student
Algorithms & Applications Group

Parasol Laboratory url: http://parasol.tamu.edu/~neilien/
Department of Computer Science email:
Texas A&M University office: 407E HRBB
College Station, TX 77843-3112 tel: (979) 847-8835
USA fax: (979) 458-0718


My webpage at George Mason. (Jan 2007)

I am now a postdoc in the CITRIS Tele-Immersion lab at UC Berkeley, and, in January 2007, I will join the Department of Computer Science at the George Mason University. This page is no longer being maintained here. Here is my new webpage. (July 2006)

Lien, Jyh-Ming is a Ph.D. student in the Department of Computer Science at Texas A&M University. He currently works in the Algorithms & Applications Group in Parasol Lab with Nancy Amato. Lien's research is in the areas of computational geometry, computer graphics, and robotics.

[ CV ( pdf, txt ) ] [ Statement ( pdf, ps ) ]


Jyh-Ming Lien [ Home ] [ Research ] [ Publications ] [ Projects ] [ Conferences ] [ Seminars ] [ Personal ]

Projects

Vizmo++: A visualization/authoring tool for motion planning
Vizmo++ is a 3D visualization/authoring tool for files provided/generated by OBPRM motion planning library. Vizmo++ is developed to offer a nice and easy to use interface that allows uses to display workspace environments, roadmap, path, and start/goal positions. It also allows users to interact with the environment by rotating obstacles and robots, changing the status of an object, taking pictures/movies, displaying an animation, to just name a few.

Campus Navigator
Need help to get around the Texas A&M campus?

Physically Based Simulation
Images from VIZA659 course work.
Part of this was extended to become my research in simulation group behaviors.

Animation 1
Images from VIZA613 course work.
Animations are created to understand/demonstrate basic concepts of animation such as squash and stretch, anticipation and follow through, walking cycle, secondary motion, ..., etc.

Animation 2
Images and movies from VIZA615 course work.
Three sets of computer generated animations are composed with videos taken using a V8 at home.

Modeling Tree using L-System
Images from the work of modeling tree-like structures using a stochastic L-system.
This work was extended to synthesize realistic neuron models in the research of mapping cortical network.

Radiosity


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