Human orientation and movement control in weightless and artificial gravity environments

Lackner, J. R., DiZio, P.·2000·Experimental Brain Research

Cited by (181)

Items 101–181 of 181

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  3. Nonvisual Spatial Orientation Mechanisms
    2004 · American Institute of Aeronautics and Astronautics eBooks
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  12. Psychophysiological and Performance Aspects on Motion Sickness
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  13. Human position sense based on memories is not proprioception
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  14. Quantitative analysis of short-radius artificial gravity parameters to mitigate spaceflight-relevant physiological deconditioning
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  15. Potential benefits and human systems integration of parastronauts with bilateral vestibulopathy for a space mission
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  16. Critical Mars Mission Elements
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  17. Compensating for camera translation in video eye-movement recordings by tracking a representative landmark selected automatically by a genetic algorithm
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  18. Space Structures for Low-stress Environments
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  19. HUMAN SIDE OF SPACE EXPLORATION AND HABITATION
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  20. Simulation of Human Movement in Zero Gravity
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  21. Gravity, thixotropy and human position sense
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  22. Stumbling Reactions in Partial Gravity – Neuromechanics of Compensatory Postural Responses and Inter-Limb Coordination During Perturbation of Human Stance
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  23. The IMISS-1 Experiment for Recording and Analysis of Accelerations in Orbital Flight
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  25. The Architectural Case for Direction-Controlled Artificial Gravity
    Bezaleel S. Benjamin · 2006 · AIAA Aerospace Sciences Meeting and Exhibit
  26. Special Issue: Stem Cells and Microgravity
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  27. Human limb position sense measured by repositioning during changes of gravity in parabolic flight
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  28. Simple and Reliable Position Sense Assessment Under Different External Torques: Toward Developing a Post-Stroke Proprioception Evaluation Device
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  29. The Neuro-Sensory System in Space
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  30. Interplay of Gravicentric, Egocentric, and Visual Cues About the Vertical in the Control of Arm Movement Direction
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  31. A STUDY OF SPATIAL ORIENTATION IN A VIRTUAL WEIGHTLESS ENVIRONMENT : Part1 Relationship between spatial orientation and the configulation of connected modules
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  32. Introduction to Space Life Sciences
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    S. Baldacci, Vittorio Cotronei, Valfredo Zolesi, Gianluca Neri · 2001 · AIAA Conference and Exhibit on International Space Station Utilization
  34. Visual-vestibular Integration in Challenging Environments
    Laurence R. Harris, Michael R. M. Jenkin · 2024 · Cambridge University Press eBooks
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  37. Motion Sickness: Our Evolving Understanding and Problems
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  38. The motor vertical in the absence of gravicentric cues
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  39. Podokinetic after-rotation in a simulated reduced gravity environment
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  40. Physiological Targets of Artificial Gravity: The Sensory-Motor System
    Eric L. Groen, Andrew H. Clarke, Willem Bles, Floris L. Wuyts, William H. Paloski, Gilles R. Clement · 2007 · Springer eBooks
  41. The Neuro-Sensory System in Space
    2005 · Springer eBooks
  42. Performance augmentation in hybrid bionic systems: techniques and experiment
    Bradly Alicea · 2008 · arXiv (Cornell University)
  43. Adaptation to Weightlessnes
    Jacob J. Bloomberg, Otmar Leo Bock · 2012 · Springer eBooks
  44. Orientation in Space, Vestibular Function, and Ocular Tracking in a Changed Gravitational Environment
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  45. Review on the impact of spaceflight stressors on the vestibular system: beyond microgravity to space radiation
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  47. Research recommendations of the ESA Topical Team on Artificial Gravity
    Gilles R. Clement, Angie Bukley · 2008 · Acta Astronautica
  48. Nat Durlach and the Founding of Presence
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  49. Microgravity: A paradigm to understand the stem cells behavior and function
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  51. The Neurosensory System in Space
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  52. HUMAN CARDIOVASCULAR RESPONSES TO ARTIFICIAL GRAVITY TRAINING
    Michael B. Stenger · 2005 · UKnowledge (University of Kentucky)
  53. The habitual motor vertical of humans depends on gravicentric and egocentric cues, but only little on visual cues
    Nils Bury, Otmar Leo Bock · 2018 · Experimental Brain Research
  54. New Protocols for the Analysis of the Performance of the Human Upper Limb on ISS
    Valfredo Zolesi · 2003 · AIAA SPACE Conference & Exposition
  55. Artificial Gravity
    Laurence R. Young · 2003 · Wiley eBooks
  56. The development of a neutral buoyancy and virtual reality training system for training suborbital scientists
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  57. Illusions of visual orientation : comparisons between perceptual and visuo-motor tasks
    R. T. Dyde · 2001 · Durham e-Theses (Durham University)
  58. Skill generalization relevant to robotic neuro-rehabilitation
    D Bansal, Robert V. Kenyon, J L Patton · 2010 · Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC)
  59. movements in microgravity Effect of gravity-like torque on goal-directed arm
    Thelma Coyle, Hélène Ruget, Laurence Mouchnino · 2012
  60. Stem Cell Health and Tissue Regeneration
    Kevin Y. Sato, Eduardo A. C. Almeida · 2014
  61. Critical Mars Mission Elements
    Donald Rapp · 2015 · Springer eBooks
  62. Effects of altered gravity induced by clinorotation on the cholinesterase activity of the non-sentient model Paramecium primaurelia (Protozoa)
    Francesca Sardi, Martina Sofia Rossi, Sara Ferrando, Maria Angela Masini, Federico Biggi, Andrea Amaroli · 2018 · Journal of Biological Research - Bollettino della Società Italiana di Biologia Sperimentale
  63. Adaptation to Weightlessnes
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  64. Human Perception of Body Longitudinal Axis in Para...
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  65. Future Life Support Concepts
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  66. Functional and Neuromuscular Aspects of Spaceflight
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  67. Functional and Neuromuscular Aspects of Spaceflight
    Flávia Porto, Jonas Lí­rio Gurgel · 2022 · Springer eBooks
  68. Artificial Gravity
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  69. Human Perception of Body Longitudinal Axis in Parabolic Flight
    Tonje Nanette Arnesen, Morten Hannevik Olsen, Bruno Sylvestre, Gilles R. Clement · 2004 · International Astronautical Congress (IAC)
  70. Simplified equations for object trajectories in rotating space habitats and space juggling
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  71. Introduction to Space Life Sciences
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  72. Perception of body translation amplitude in altered gravity during parabolic flight
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  73. Avatar Influence and Cognitive Performance in a Virtual Spacecraft Environment: A Pilot Study
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  74. Direction gravitaire visuelle: rôle de la perception d'orientation corporelle
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  75. Influences of microgravity on human spatial orientation during six-month long-term spaceflight
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  76. Role of the minimal inertia axis in the kinaesthetic control of unconstrained 3D movements
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  77. Processus d'intégration des informations visuelles et gravito-inertielles pour l'orientation spatiale et le contrôle sensorimoteur
    Cécile R. Scotto · 2013 · theses.fr (ABES)
  78. Réorganisations sensorimotrices fonctionnelles du geste d'atteinte en situation de micropesanteur réelle et simulée
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  79. Flexibilité motrice en environnements gravito-inertiels modifiés : réponses aux perturbations imprévues appliquées sur le geste en cours d'exécution
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  80. Differences in the control of unconstrained 3D arm motions due to gravitational torque
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  81. Human position sense and the role of gravitational torque: a parabolic flight study
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