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--- analysistools:conventionalgaitmodels [2017/03/17 14:35] – angelegt oliver
+++ analysistools:conventionalgaitmodels [2017/03/30 14:59] – [References] oliver
@@ Zeile 2: / Zeile 2: @@
 =====Introduction=====
 The conventional gait model has many variations. The defacto standard is its implementation from Vicon and called Vicon Plug In Gait model (PiG).
+This includes the following angles:
+^ ANGLES ^ ^ POSITIVE ROTATION ^ AXIS ^ DIRECTION ^ ANGLES ^ ^ POSITIVE ROTATION ^ AXIS ^ DIRECTION ^
+^ LPelvisAngles | 1 | Anterior Tilt | Prg.Fm. Y | Anti-clockwise ^ RPelvisAngles | 1 | Anterior Tilt | Prg.Fm. Y | Anti-clockwise |
+^ LPelvisAngles | 2 | Upward Obliquity | Prg.Fm. X’ | Anti-clockwise ^ | 2 | Upward Obliquity | Prg.Fm. X’ | Clockwise |
+^ LPelvisAngles | 3 | Internal Rotation | Prg.Fm. Z’’ | Clockwise ^ | 3 | Internal Rotation | Prg.Fm. Z’’ | Anti-clockwise |
+^ LFootProgressAngles | 1 | - | Prg.Fm. Y | - ^ RFootProgressAngles | 1 | - | Prg.Fm. Y | - |
+^ LFootProgressAngles | 2 | - | Prg.Fm. X’ | - ^ RFootProgressAngles | 2 | - | Prg.Fm. X’ | - |
+^ LFootProgressAngles | 3 | Internal Rotation | Prg.Fm. Z’’ | Clockwise ^ RFootProgressAngles | 3 | Internal Rotation | Prg.Fm. Z’’ | Anti-clockwise |
+^ LHipAngles | 1 | Flexion | Pelvis Y | Clockwise ^ RHipAngles | 1 | Flexion | Pelvis Y | Clockwise |
+^ LHipAngles | 2 | Adduction | Pelvis X’ | Clockwise ^ RHipAngles | 2 | Adduction | Pelvis X’ | Anti-clockwise |
+^ LHipAngles | 3 | Internal Rotation | Pelvis Z’’ | Clockwise ^ RHipAngles | 3 | Internal Rotation | Pelvis Z’’ | Anti-clockwise |
+^ LKneeAngles | 1 | Flexion | Thigh Y | Anti-clockwise ^ RKneeAngles | 1 | Flexion | Thigh Y | Anti-clockwise |
+^ LKneeAngles | 2 | Varus/Adduction | Thigh X’ | Clockwise ^ RKneeAngles | 2 | Varus/Adduction | Thigh X’ | Anti-clockwise |
+^ LKneeAngles | 3 | Internal Rotation | Thigh Z’’ | Clockwise ^ RKneeAngles | 3 | Internal Rotation | Thigh Z’’ | Anti-clockwise |
+^ LAnkleAngles | 1 | Dorsiflexion | Tibia Y | Clockwise ^ RAnkleAngles | 1 | Dorsiflexion | Tibia Y | Clockwise |
+^ LAnkleAngles | 2 | Inversion/ Adduction | Tibia X’’ | Clockwise ^ RAnkleAngles | 2 | Inversion/ Adduction | Tibia X’’ | Anti-clockwise |
+^ LAnkleAngles | 3 | Internal Rotation | Tibia Z’ | Clockwise ^ RAnkleAngles | 3 | Internal Rotation | Tibia Z’ | Anti-clockwise |
+=====References=====
+{{pubmed>long:2341423}}
+Davis, R., Ounpuu, S., Tyburski, D. & Gage, J. (1991). A gait analysis data collection and reduction technique. Human Movement Sciences, 10, 575-587.
+Kadaba, M.P., Ramakrishnan, H.K. & Wooten, M.E. (1987). J.L. Stein, ed. Lower extremity joint moments and ground reaction torque in adult gait. Biomechanics of Normal and Prosthetic Gait. BED Vol (4)/DSC Vol 7. American Society of Mechanical Engineers. 87-92.
+{{pubmed>long:2795325}}
+{{pubmed>long:2324857}}
+Macleod, A. And Morris, J.R.W. (1987). Investigation of inherent experimental noise in kinematic experiments using superficial markers. Biomechanics X-B, Human Kinetics Publishers, Inc., Chicago, 1035-1039.
+{{pubmed>long:1744154}}
+Ramakrishnan, H.K., Masiello G. & kadaba M.P. (1991). On the estimation of the three dimensional joint moments in gait. 1991 Biomechanics Symposium, ASME 1991, 120, 333-339.
+Sutherland, D.H. (1984). Gait Disorders in Childhood and Adolescence. Williams and Wilkins, Baltimore.
+{{pubmed>long:6368126}}