David Zeltzer

TL;DR: The results indicate that the twin goals of realistic computer animation and valid biomechanical simulation of muscle can be met using these methods, providing a principled foundation both for animators wishing to create anatomically based characters and biomechanicals engineers interested in studying muscle function.

TL;DR: An efficient forward dynamic simulation algorithm for articulated figures which has a computational complexity linear in the number of joints is implemented and a strategy for the coordination of the locomotion of a six-legged figure - a simulated insect - is presented.

TL;DR: Making Them Move: Mechanics, Control, and Animation of Articulated Figures Edited by Norman I. Badler and Bonnie L. Webber and Brian A. Barsky.

TL;DR: Some of the tasks that need to be performed in a virtual museum are identified, a paradigm for encapsulating those tasks into camera modules are presented, and the underlying mechanisms that make up the camera module for navigating through the environment are described.