Biomechanics and Motor Control

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• Open AMTI .bsf file
• Angular velocity in 3D movements
• Análise dos dados da trajetória da bola: filtragem
• Basic Mechanical Elements of a Muscle Model
• Introduction to Biomechanics
• The Biomechanics and Motor Control Laboratory
• Body segment parameters
• Center of Mass and Moment of Inertia
• Viscoelastic Models of Biological Tissues
• Code structure for data analysis
• Confidence and prediction intervals
• Determination of a coordinate system
• Curve fitting
• Data filtering in signal processing
• Direct Linear Transformation (DLT)
• Introduction to data analysis in electromyography
• Ellipsoids, rotation sequences and a marker-derived basis
• Rotating an ellipsoid about one axis
• Ensemble average
• Free-Body Diagram for particles
• Algorithm for force plate calibration
• Fourier series
• Fourier transform
• Free body diagram
• Free Body Diagram for Rigid Bodies
• Inverse dynamics (2D) for gait analysis
• Postural sway: rambling and trembling
• The inverted pendulum model of the human standing
• Kinematic chain in a plane (2D)
• Angular kinematics in a plane (2D)
• Velocity and acceleration of a point of a rigid body
• Kinematics of a particle
• Three-dimensional rigid body kinetics
• Kinetics: fundamental concepts
• Kistler force plate calculation
• Aceleração da gravidade — laboratório de Biomecânica I
• Uso de filtros — laboratório de Biomecânica I
• Lagrangian mechanics
• Lagrangian mechanics in generalized coordinates
• Matrix
• Matrix Formalism of the Equations of Movement
• The minimum jerk hypothesis
• Multibody dynamics of one and two-link systems
• Matrix Formalism of the Newton-Euler equations
• Muscle modeling
• Muscle simulation
• Musculoskeletal modeling and simulation
• Newton-Euler equations for rigid bodies
• Motion of a particle - Newtonian approach
• Open C3D files
• Optimization
• Introduction to numerical solution of Ordinary Differential Equation
• pandas Data
• Path frame
• Polar and Cylindrical Frame of Reference
• Polynomial fitting with confidence/prediction intervals
• Prediction ellipse and prediction ellipsoid
• Principle of least action
• Projectile motion
• Propagation of uncertainty (error)
• Python for scientific computing
• How to install Python for scientific computing
• Tutorial on Python for scientific computing
• Read C3D data into labelled tables
• Read Delsys data exported by Cortex
• Read and write Cortex ASCII files
• Read Cortex Motion Analysis Corporation .trc file
• Read Cortex Motion Analysis Corporation .trc and .forces files (example)
• Read Zebris pressure platform ASCII files
• Frame of reference
• Replace missing data
• Resample a sampled signal
• Residual analysis to determine the optimal cutoff frequency
• Scalar and vector
• Basic properties of signals
• Select data vectors by similarity using a metric score
• Determinação de sistemas de coordenadas anatômicos com dados experimentais
• Spatial and temporal characteristics of a movement pattern
• Measurements in stabilography
• Bayesian Statistics
• Descriptive statistics of data
• Determining rigid body transformation using the SVD algorithm
• Text and binary files
• Rigid-body transformations in a plane (2D)
• Rigid-body transformations in three dimensions
• Basic trigonometry
• Version control with Git and GitHub
• Biomechanical analysis of vertical jumps