Animation of Human Walking: a Survey - Multon, France, Cani-Gascuel..(Correct)
incorporate dynamics constraints, or use dynamic simulations to generate motion. We lastly review the
skills. In many cases, available physical and biomechanical knowledge such as the characterization of
the animation starts, the animator specifies the behavior he wishes to simulate by providing the w3imagis.imag.fr/Publications/mpc/vca99.ps.gz
The Mechanics Of Lung Tissue Under High-Frequency Ventilation - Owen, Lewis (1999)(Correct)(1 citation)
[26]and in blood vessels [10]It allows the simulation of the flow of fluids and their interaction
that couple detailed gas-flow modeling with the biomechanical properties of the lung at the alveolar level
and capacitance components to describe its global behavior [18]More detailed di#erential equation models www.lboro.ac.uk/departments/ma/preprints/papers99/99-37.pdf
Application-Specific Muscle Representations - Victor Ng-Thow-Hing Fundamental (2002)(Correct)
velocity of shortening, and neural activation. Simulations use these muscle models as actuators to exert
physiques to appear adequately realistic while biomechanical applications only model the functional
can be seen to contract and stretch through the skin. For biomechanists, the functional aspects of www.graphicsinterface.org/cgi-bin/DownloadPaper?name=2002/203/paper203.pdf
Continuous-Time Signal Processing Based On Polynomial.. - Vesma, Hamila..(Correct)
[3]5]arbitrary sampling rate conversion [6]simulation of continuoustime systems [7]and echo
locate the maximum or minimum of the signal. In biomechanical investigations, estimation of the second
the corresponding stopbandshave equiripple behaviors as in the case of the interpolator with a ipml.ee.duth.gr/~papamark/citation/continuous-time-signal-processing.pdf
Definition of a 4D continuous polar transformation for.. - Declerck, Feldmar..(Correct)
LV is a crude approximation compared to complex biomechanical models [12] or highly descriptive kinematic
Dioeerential Constraints. In Computer Vision, Virtual Reality and Robotics in Medicine, volume 905 of
Function from 4D Images. In Computer Vision, Virtual Reality and Robotics in Medicine, volume 905 of ftp.inria.fr/INRIA/publication/publi-ps-gz/RR/RR-3039.ps.gz
A Dynamic Model of Motor Basal Ganglia Functions - Suri, Albani, Glattfelder (1997)(Correct)
and (4) that k d -k i 0. It was verified by simulations that variations of k d -k i inside the
circuit implies that information about biomechanical properties of the musculo-skeletal system is
the limb subsystem, imitating the dynamic behavior of the motor neuron-musculo-skeletal system in a ftp.usc.edu/pub/bsl/Suri/Suri_Publications/Suri_Alb_Biol.ps
Experiments In Fingertip Perception Of Surface Discontinuities - Venema, Hannaford (2000)(Correct)(1 citation)
stiffness and damping terms used in the haptic simulation algorithm. Test operators were asked to
literature focuses on the neurophysiology and biomechanical aspects of the haptic sense (c.f. 1]2]3]
exclusive states to give physically consistent behavior. The disconnected state, S D represents the rcs.ee.washington.edu/BRL/publications/Rep132.pdf
Grid Powered Nonlinear Image Registration with Locally.. - Stefanescu, Pennec.. (2004)(Correct)
segmentation. Furthermore, the mechanical simulation of the tissues has no particular physical
use an active surface to drive a finite element biomechanical model of the brain. The main advantage is the
At the beginning, the two schemes exhibit similar behaviors (Fig. b)However, as the rotation is being ftp-sop.inria.fr/epidaure/Publications/Stefanescu/media04.pdf
A Probabilistic Approach to Planning Biped Locomotion with.. - Choi, Lee, Shin (2001)(Correct)(1 citation)
In Proc. CAS '2000 -Eurographics Workshop on Simulation and Animation, pages 43-58, August 2000. 22
and step frequency. Boulic et al. 5] exploited biomechanical data to utilize their intrinsic dynamics. Ko
navigation: Reynolds [36] introduced reactive behaviors to simulate groups of simple creatures such as wings.graphics.cs.cmu.edu/Papers/CS-TR-2001-162.pdf
A Vision-Based Technique for Objective Assessment of Burn .. - Tsap, Goldgof, Sarkar.. (1998)(Correct)(1 citation)
Third, a review of research in the field of biomechanical characterization of skin is presented. 1)
finite element model that approximates stretching behavior of the region containing the burn scar. The
containing the burn scar. The results from the skin elasticity experiments illustrate the ability to marathon.csee.usf.edu/~tsap/papers/tmi98.pdf
Adaptive Finite Element Analysis of the Anisotropic.. - Ohsumi, Flaherty, al. (1998)(Correct)
are stored with the appropriate mesh entities. 4 Simulations We apply the adaptive finite element software
& Tranquillo, 1997a)It accounts for the biomechanical feedback loop in which cells deform the
extracellular matrix (ECM) is fundamental to cell behavior in soft tissues and tissue equivalent (TE) www.cs.rpi.edu/~scorec/papers/98/biomech/biomech.ps.gz
Gestural Control of Music Using the Vicon 8 Motion Capture.. - Dobrian, Bevilacqua(Correct)
in the format of the Real-time Engine, allowing simulation and testing of realtime motion capture without
of lifelike animated characters, or used for biomechanical studies of bodily motion (sports, physical
software, which allows one to emulate the behavior of the Real-time Engine. RTEmulator readsdata www.music.mcgill.ca/musictech/nime/onlineproceedings/./Papers/NIME03_Dobrian.pdf
Human Free-Walking Model For A Real-Time Interactive Design.. - Ronan Boulic Nadia (1990)(Correct)(1 citation)
Gait Stability of a Planar Five Link Biped by Simulation, IEEE Trans. on Automatic Control, AC-22, No3,
on a mathematical parameterization coming from biomechanical experimental data. The main idea of this
kinematics, biomechanics, personification, behavior, prediction, correction 1. Introduction Research vrlab.epfl.ch/Publications/pdf/Boulic_Magnenat_Thalmann_Thalmann_CA_90.pdf
Recognizing Movements from the Ground Reaction Force - Headon, Curwen (2001)(Correct)(1 citation)
in the environment. Movement is generated by a biomechanical process that exerts forces on the
applications stem from the ability to control a virtual character from physical movements or having an
with real movements The ability to control a virtual environment through physical movements allows www-lce.eng.cam.ac.uk/~rph25/./pubs/PUI2001_Headon.ps.gz
Animation 2000++ - Badler (2000)(Correct)
and staff at the Center for Human Modeling and Simulation, University of Pennsylvania.3 1999
facial expression systems are a start, bu more biomechanical will be needed to effectively mimic even
modify existing movements, or describe ru6S of behavior, emotional state, or reactions tositu4qE1S4 3 www.cis.upenn.edu/~badler/cga/animation-future.pdf