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A.  Explore the model and the Forward Dynamics Tool

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OpenSim:_Questions_LegMuscleForceEstimation_I_A
OpenSim:_Questions_LegMuscleForceEstimation_I_A

B.  Simulate swing phase with manually selected excitations

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OpenSim:_Questions_LegMuscleForceEstimation_I_B
OpenSim:_Questions_LegMuscleForceEstimation_I_B

C. Simulate swing phase with activations from Static Optimization (SO)

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OpenSim:_Questions_LegMuscleForceEstimation_I_C
OpenSim:_Questions_LegMuscleForceEstimation_I_C

D. Simulate swing phase with excitations from Computed Muscle Control (CMC)

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OpenSim:_Questions_LegMuscleForceEstimation_I_D
OpenSim:_Questions_LegMuscleForceEstimation_I_D

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A. Find a set of generalized forces that produce the stance motion using Inverse Dynamics

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OpenSim:_Questions_LegMuscleForceEstimation_II_A
OpenSim:_Questions_LegMuscleForceEstimation_II_A

B. Model refinement through residual reduction

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OpenSim:_Questions_LegMuscleForceEstimation_II_B
OpenSim:_Questions_LegMuscleForceEstimation_II_B

C. Finalize the model through iteration of RRA

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OpenSim:_Questions_LegMuscleForceEstimation_II_C
OpenSim:_Questions_LegMuscleForceEstimation_II_C

D. Forward simulation of stance with CMC

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OpenSim:_Questions_LegMuscleForceEstimation_II_D
OpenSim:_Questions_LegMuscleForceEstimation_II_D

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Home: The Strength of Simulation: Estimating Leg Muscle Forces in Stance and Swing