-
Newman, D.J., "Ground-Based
Results of the Mental Workload
& Performance Experiment
(MWPE)," Proceedings
of the Twenty-Third Annual
Conference on Manual Control,
Cambridge, MA, June 1988.
-
Newman, D.J. and M. van Schoor,
"Dynamic Load Sensor
Experiment: Background, Science
Requirements, and Preliminary
Design," white paper,
November 1992.
-
Newman, D.J., "Human
Posture Modeling: An Assessment
of Altered Gravity Adaptation,"
abstract, Annals of Biomedical
Engineering, Vol. 23, Supp.
1, S-89:426, 1995.
-
Newman, D.J., "Moving
Through Fluids,"
Biomechanics, 2(5): 37-39,
May 1995.
-
Newman, D.J. and M. Barratt,
Chapter 22: "Life
Support and Performance Issues
for Extravehicular Activity
(EVA)," Fundamentals
of Space Life Sciences, S.
Churchill, ed., Krieger Publishing
Co., Malabar, FL, 337-364,
January 1997.
-
National Research Council,
Advanced Technology for Human
Support in Space, Bagian,
J., Committee Chair, Aeronautics
and Space Engineering Board,
Commission on Engineering
and Technical Systems, National
Academy Press, Washington
DC, 1997.
-
Lathan, C.E. and D.J. Newman,
"Memory
processes and motor control
during a space simulation
mission," Final Report
from the Canadian Astronaut
Program Space Unit Life Simulation
Mission (CAPSULS)," Canadian
Space Agency, 1998.
-
Newman, D.J., "Quantifying
Astronaut-Induced Loads in
Microgravity," Astronaut
Microgravity Awareness Training,
NASA John Glenn Research Center,
April 1999.
-
Bloomberg, J.J., Layne, C.S.,
McDonald, P.V., Peters, B.T.,
Huebner, W.P., Reschke, M.F.,
Berthoz, A., Glasauer, S.,
Newman, D.J. and D.K. Jackson,
"Effects of Space Flight
on Locomotor Control,"
in Extended Duration Orbiter
Medical Project, Final Report
1989-1995, NASA SP-1999-534,
NASA Johnson Space Center,
1999.
-
McDonald, P.V., Riccio, G.E.
and D.J. Newman, "Understanding
Skill in EVA Mass Handling:
Vol. IV, An Integrated Methodology
for Evaluating Space Suit
Mobility and Stability,"
NASA TP-1999-3684, NASA Johnson
Space Center, November 1999.
-
Newman, D.J. and D.K. Jackson,
Chapter 20: "Altered
Astronaut Performance Following
Spaceflight: Control and Modeling
Insights," Neural Control
of Posture and Movement, J.
Winters and P. Crago, eds.,
Springer-Verlag Publishing,
282-291, 2000.
-
Newman, D.J., Wu, R., Jackson,
D.K. and D.E. Krebs, "Electromographic
Analysis of Human False Platform
Jumping Experiments,"
Journal of Applied Physiology,
(in review) 2001.
-
Poon, C.-S., Tryfonidis, M.,
and D.J. Newman, "Bayesian
Optimization of Visuomotor
Performance in Human Decision,"
Science, (in review) 2001.
-
Jackson, D.K., D.J. Newman
and D.E. Krebs, "False
Platform Jump Landings in
Humans Reveal Commanded Free
Trajectories and Leg Impedance,"
Journal of Biomechanics, (in
progress) 2001.
-
Carr, C.E., Schwartz, S.J.,
Newman, D.J., "Preliminary
Considerations for Wearable
Computing in Support off Astronaut
Extravehicular Activity",
MIT Media Laboratory Technical
Report, No. 551, September
2001.
-
Poon, C.S., Tryfonidis, M.,
and D.J. Newman, "Bayesian
Optimization of Visuomotor
Performance in Human Decision,"
Science, (in review) 2002.
-
Jackson, D.K., Newman, D.J.,
and D.E. Krebs, "False
Platform Jump Landings in
Humans Reveal Commanded Free
Trajectories and Leg Impedance,"
Journal of Biomechanics, (in
progress) 2002.
-
London, A., Smith, R. and
D. Newman (faculty advisor),
"MISSION:
Method of Improving Space
Simulation in a 0-g Natatorium."
in EMOTE: Electronic Multimedia
Online Textbook in Engineering
for Aeronautics and Astronautics,
Barrett, E., ed., March 1994.
-
Newman, D.J., "Dynamic
Load Sensors (DLS) Spaceflight
Experiment."
-
Newman, D.J., "Aerospace
Education Curriculum."
On-line materials developed
for high school outreach.
-
Jackson, D.K., Newman, D.J.
and E. Bailey, "XVINET
an on-line directory and resource
for Aeronautics and Astronautics
students, alumni/ae, faculty,
and staff," database
and website development including:
mentoring, employment searches,
mentoring, feedback on department
activities, and regional networking.
-
Newman, D.J., “Space
Biomedical Engineering.”
On-line materials developed
for MIT and Harvard HST graduate
course as well as for distribution
to 12-member NSBRI university
consortium. http://paperairplane.mit.edu/16.423J
-
Saleh, J. H.., Torres-Padilla,
J. P., Hastings, d. E., Newman,
D. J., “To Reduce or
to Extend a Complex Engineering
System Design Lifetime? What
is at Stake, for Whom, and
How to Resolve the Dilemma”
ESD Symposium, Cambridge,
MA, March 2004.
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