Center of Mass Estimation Using a Force Platform and Inertial Sensors for Balance Evaluation in Quiet Standing by Motomichi Sonobe, Yoshio Inoue

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Instability during Stepping and Distance between the Center of Mass and the Minimal Moment Axis: Effect of Age and Speed by Bruno Watier, Jérémie Begue, Hélène Pillet, Teddy Caderby

“…To this aim, the anteroposterior and the mediolateral distances between the body center of mass (COM) and the minimum moment axis (MMA) were computed. …”
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Vibrotactile Stimulation of Nail of Hallux during Walking: Effect on Center-of-Mass Movement in Healthy Young Adults by Haruki Toda, Yuki Hashimoto, Mitsunori Tada

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Study of Higgs boson decay to muon-antimuon pairs at center of mass energy 14 TeV by Aya I. Beshr, Zeinab Y. Morsy, Ahmed A. Abdelalim

“…This paper estimates the Higgs boson production and its decay into muon-antimuon pairs (μ+μ−) at 14 TeV center of mass energy of proton-proton collisions in the High Luminosity Large Hadron Collider (HL-LHC) era, assuming integrated luminosities of 0.3 ab-1 and 3 ab-1. …”
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An exploration of strategies used by dressage horses to control moments around the center of mass when performing passage by Hilary M. Clayton, Sarah Jane Hobbs

“…Background Locomotion results from the generation of ground reaction forces (GRF) that cause translations of the center of mass (COM) and generate moments that rotate the body around the COM. …”
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The effect of model complexity on the human center of mass estimation using the statically equivalent serial chain technique by Elie Chebel, Burcu Tunc

“…Abstract Estimating the human center of mass (CoM) has long been recognized as a highly complex process. …”
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INCLUSIVE PI-0 PRODUCTION BY E+E- ANNIHILATION AT 34.6 GEV CENTER OF MASS-ENERGY by Braunschweig, W, Gerhards, R, Kirschfink, F, Martyn, H, Rosskamp, P, Vogel, E, Wallraff, W, Bock, B, Eisenmann, J, Fischer, H, Hartmann, H, Hilger, E, Jocksch, A, Kolanoski, H, Kuck, H, Mertens, V, Wedemeyer, R, Foster, B, Martin, A, Bernardi, E, Eisenberg, Y, Eskreys, A, Gather, K, Hultschig, H, Joos, P

“…The cross section for the process e+e-→π0+ anything has been measured at an average center of mass energy of 34.6 GeV for π0 energies between 0.7 and 17 GeV. …”

BOSE-EINSTEIN CORRELATIONS OBSERVED IN E+E- ANNIHILATION AT A CENTER OF MASS-ENERGY OF 34-GEV by Althoff, M, Braunschweig, W, Kirschfink, F, Martyn, H, Rosskamp, P, Wallraff, W, Eisenmann, J, Fischer, H, Hartmann, H, Jocksch, A, Knop, G, Kolanoski, H, Kuck, H, Mertens, V, Wedemeyer, R, Foster, B, Wood, A, Bernardi, E, Eskreys, A, Fohrmann, R, Gather, K, Hultschig, H, Joos, P, Karshon, U, Klima, B

Effect of IMU location on estimation of vertical ground reaction force during jumping by Jordan A. Kerns, Andrew S. Zwart, Pietro S. Perez, Reed D. Gurchiek, Jeffrey M. McBride

Subjects: “…center of mass…”
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The Limb Kinetics of Goat Walking on the Slope with Different Angles by Weijun Tian, Jinhua Zhang, Kuiyue Zhou, Zhirui Wang, Ruina Dang, Lei Jiang, Ju Wang, Qian Cong

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Does ankle push-off correct for errors in anterior–posterior foot placement relative to center-of-mass states? by Jian Jin, Jaap H. van Dieën, Dinant Kistemaker, Andreas Daffertshofer, Sjoerd M. Bruijn

“…Modeling studies identified two potential mechanisms to stabilize gait in the anterior-posterior direction: foot placement control and ankle push-off control: foot placement depends on position and velocity of the center-of-mass (CoM) and push-off covaries with deviations between actual and predicted CoM trajectories. …”
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Adaptive mean center of mass particle swarm optimizer for auto-localization in 3D wireless sensor networks by Waseem Alhasan, Rami Ahmad, Raniyah Wazirali, Noura Aleisa, Weaam Abo Shdeed

“…We propose the Adaptive Mean Center of Mass Particle Swarm Optimizer (AMCMPSO) to address these. …”
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Whole Body Center of Mass Estimation with Portable Sensors: Using the Statically Equivalent Serial Chain and a Kinect by Alejandro González, Mitsuhiro Hayashibe, Vincent Bonnet, Philippe Fraisse

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Studies of Satellite Position Measurements of LEO CubeSat to Identify the Motion Mode Relative to Its Center of Mass by Igor Belokonov, Ivan Timbai, Petr Nikolaev

“…This paper addresses the possibility of reconstructing motion relative to the center of mass of a low Earth orbit (LEO) nanosatellite of the CubeSat 3U standard using satellite position measurements (Two-Line Element Set (TLE)). …”
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Control of center of mass motion during walking correlates with gait and balance in people with incomplete spinal cord injury by Shamali Dusane, Anna Shafer, Wendy L. Ochs, Wendy L. Ochs, Tara Cornwell, Heather Henderson, Kwang-Youn A. Kim, Keith E. Gordon, Keith E. Gordon

“…BackgroundThere is evidence that ambulatory people with incomplete spinal cord injury (iSCI) have an impaired ability to control lateral motion of their whole-body center of mass (COM) during walking. This impairment is believed to contribute to functional deficits in gait and balance, however that relationship is unclear. …”
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Sway and Acceleration Changes of the Center of Mass during Walking Stance Phase before and after Total Knee Arthroplasty by Takashi Fukaya, Hirotaka Mutsuzaki, Koichi Mori

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Center-of-Mass <i>iso-</i>Energetic Collision-Induced Decomposition in Tandem Triple Quadrupole Mass Spectrometry by Federico Maria Rubino

“…This article reports a linear equation to calculate the laboratory-frame collision energy necessary to operate Collision-Induced Dissociation at the same center-of-mass energy on closely related compounds with different molecular mass. …”
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Estimation of Human Center of Mass Position through the Inertial Sensors-Based Methods in Postural Tasks: An Accuracy Evaluation by Marco Germanotta, Ilaria Mileti, Ilaria Conforti, Zaccaria Del Prete, Irene Aprile, Eduardo Palermo

“…The estimation of the body’s center of mass (CoM) trajectory is typically obtained using force platforms, or optoelectronic systems (OS), bounding the assessment inside a laboratory setting. …”
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PROPERTIES OF HADRON FINAL-STATES IN E+E- ANNIHILATION AT 13 GEV AND 17 GEV CENTER OF MASS ENERGIES by Brandelik, R, Braunschweig, W, Gather, K, Jaax, B, Kadansky, V, Lubelsmeyer, K, Martyn, H, Peise, G, Rimkus, J, Sander, H, Schmitz, D, Schultzvondratzig, A, Trines, D, Wallraff, W, Boerner, H, Fischer, H, Hartmann, H, Hilger, E, Hillen, W, Knop, G, Korbach, W, Lohr, B, Roth, F, Ruhmer, W, Wedemeyer, R

Measurement of the photon-proton total cross section at a center-of-mass energy of 209 GeV at HERA by Chekanov, S, Derrick, M, Krakauer, D, Magill, S, Musgrave, B, Pellegrino, A, Repond, J, Yoshida, R, Mattingly, M, Antonioli, P, Bari, G, Basile, M, Bellagamba, L, Boscherini, D, Bruni, A, Bruni, G, Romeo, G, Cifarelli, L, Cindolo, F, Contin, A, Corradi, M, De Pasquale, S, Giusti, P, Iacobucci, G, Levi, G

“…Events were collected with photon virtuality Q2 &lt; 0.02 GeV2 and average γp center-of-mass energy Wγp = 209 GeV in a dedicated run, designed to control systematic effects, with an integrated luminosity of 49 nb-1. …”