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Human Movement Science|June 16, 2023
Isometric force complexity may not fully originate from the nervous systemPeter C Raffalt, Jennifer M Yentes, Meaghan E SpeddenAnnals of Biomedical Engineering|February 9, 2021
Entropy Analysis in Gait Research: Methodological Considerations and RecommendationsJennifer M Yentes, Peter C RaffaltJournal of Biomechanics|July 9, 2020
On the application of entropic half-life and statistical persistence decay for quantification of time dependency in human gaitPeter C Raffalt, Jennifer M YentesHuman Movement Science|July 23, 2019
Dynamics of postural control during bilateral stance - Effect of support area, visual input and agePeter C Raffalt, Meaghan E Spedden, Svend S GeertsenComputers in Biology and Medicine|October 22, 2018
On the choice of multiscale entropy algorithm for quantification of complexity in gait dataPeter C Raffalt, William Denton, Jennifer M YentesMedical & Biological Engineering & Computing|November 5, 2018
Sampling frequency influences sample entropy of kinematics during walkingPeter C Raffalt, John McCamley, William Denton, et al.Frontiers in Physiology|June 16, 2023
Calculating sample entropy from isometric torque signals: methodological considerations and recommendationsPeter C Raffalt, Jennifer M Yentes, Sandro R Freitas, et al.Entropy (Basel, Switzerland)|March 12, 2019
On the calculation of sample entropy using continuous and discrete human gait dataJohn D McCamley, William Denton, Andrew Arnold, et al.Gait & Posture|December 5, 2017
Effect of parameter selection on entropy calculation for long walking trialsJennifer M Yentes, William Denton, John McCamley, et al.Developmental Neuropsychology|November 22, 2017
Association Between Gross-Motor and Executive Function Depends on Age and Motor Task ComplexityMeaghan E Spedden, Anne Sofie B Malling, Ken K Andersen, et al.Pageof 9