Linder, Stephen - Department of Computer Science, Dartmouth College

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Linder, Stephen - Department of Computer Science, Dartmouth College

Detecting Exercise Induced Stress using the Photoplethysmogram Stephen Paul Linder*
Using the Morphology of the Photoplethysmogram Envelope to Automatically Detect Hypovolemia
Monitoring respiration rate in PACU patients using the plethysmogram from a pulse oximeter Suzanne M. Wendelken*
Robotic Rock Climbing using Computer Vision and Force Feedback
The Segmenting Track Identifier (STI) is introduced as a new methodology to tracking highly ma-neuvering targets. This non-Bayesian approach dynamically partitions a target track into a sequence
FACILITATING ACTIVE LEARNING WITH INEXPENSIVE MOBILE ROBOTS
Noninvasive detection of the hemodynamic stress of exercise using the photoplethysmogram
A preliminary study of respiratory variations in the photoplethysmogram during lower body negative pressure
Abstract--Robust control has long been the purview of quanti-tative linear control techniques, while qualitative, symbolic
AIAA 2001-4111 American Institute of Aeronautics and Astronautics
MS#040418-01 1 Abstract--The fine scale swimming behavior of fish can now be
Using the Morphology of Photoplethysmogram Peaks to Detect Changes in Posture
Using PPG Morphology to Detect Blood Sequestration