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| Biomechanics Research |
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Principles of
Resistive Training
by Gideon B. Ariel, Ph.D.; Symposium on Olympic Sports Medicine Clinics in Sports Medicine
-- Vol. 2, No. 1, March 1983 Resistive Training; pp. 55-69. |
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Bibliography
A selected list of presentations and publications in which the Ariel Technology was
utilized. |
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Muscles in Action
Muscle and Joint Movement -- University of Michigan |
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Optimization of Human
Performance for All Ages
Article by Gideon Ariel, Ph.D. |
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Accuracy Research
Paper Released May 8, 1995
The research paper by Penelope J Klien, EdD, PT and James J.
Dehaven, PhD, which validates
the usefulness of the Ariel Performance Computer Exercise systems. |
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The Relationships
between Throwing Velocity and Motor Ability Parameters of the High-Performance Handball
Players
Research paper by Jerzy Eliasz, Dept. of Biomechanics, Institute of Sport, Warsaw, Poland |
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Biomechanical
Research in Space by Gideon Ariel, Ph.D.
Biomechanics is fundamental to understanding the work performance capabilities of humans
in space. Biomechanics as practiced by NASA has the primary goal of conducting
operationally-oriented research focusing on maximizing astronaut on-orbit performance
capabilities. |
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High Technology in
Athletic Training and Performance Analysis by Gideon Ariel, Ph.D.
When they talk about their personal goals in sports, athletes usually say they would like
to do their best, meaning, reach their maximum performance ability.
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Biomechanical
Applications in Cyberspace by Gideon B. Ariel and Ann Penny -- University of California,
Irvine
The new communication links afforded by rapid satellite/computer exchanges will enable the
field of Biomechanics to advance into a new age of technology, resources, research, data
base development, as well as interaction among Scientists. |
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Model of Muscle Fiber
with Controllable Recruiting by Guskov, A. Eliutin, A. Vorobievl and G. Ariel
For numerous applications, including real-time analysis in computer-aided
systems there is
a need for a computationally simple but comprehensive model of muscle behavior ... |
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Photogrammetric
Transformation with Panning
by K.A. Stivers, G.B. Ariel, A. Vorobiev, M.A. Penny, A. Gouskov, N. Yakunin International
Center for Biomechanical Research, La Jolla, USA
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