Arm movement curvature planning in weight sensory response through force-field internal models.
Date
4-2010
Degree
Bachelor of Science in Applied Physics
College
College of Arts and Sciences (CAS)
Adviser/Committee Chair
Hannah Rissah E. Forio
Abstract
This study aims to formulate a mathematical model of the human arm movement by modifying and extending the virtual force field that will best describe the trajectory of arm movement in weight sensory response. An experiment was conducted to determine the effect of weight sensory response in the trajectory of human arm movement. The experiment involves changing the weight of the handheld load during every start of performance of a reaching movement and then the virtual force field was modified. It was found that as weight is added. the velocity of arm movement decreases and when the subject perceived the change in weight. the velocity suddenly was increased. Furthermore, when more weight was added, the velocity was decreased. The resulting trend of the velocity profile in the experiment was the basis for the formulation of the mathematical model of the human arm movement. The formulated model was simulated and then compared with the experimental result and analyzed. The formulated model (Extended F2REACI-1) properly described the experimental behavior of the trajectory by showing the trend of the velocity profile from simulations which satisfies the resulting trend of the velocity profile in the experiment.
Language
English
Location
UPLB Main Library Special Collections Section (USCS)
Call Number
Thesis
Recommended Citation
Villaruel, Aura Mae B., "Arm movement curvature planning in weight sensory response through force-field internal models." (2010). Undergraduate Theses. 10605.
https://www.ukdr.uplb.edu.ph/etd-undergrad/10605
Document Type
Thesis