2D Oculomotor Plant Mathematical Model for eye movement simulation

-This paper builds a two dimensional Oculomotor Plant Mathematical Model (2DOPMM) that is capable of generating eye movement trace on a two dimensional plane. The key difference between the proposed model and the models presented previously is a design that is geared towards linearity and capability of integration into a real-time Human Computer Interaction system while providing force output for each extraocular muscle with values close to physiological measurements. The model is represented as a twelve order system created by a set of linear mechanical components representing major anatomical properties of extraocular muscles and the eye globe: muscle location, elasticity, viscosity, eye-globe rotational inertia, muscle active state tension, length tension and force velocity relationships. Linearity is a key point ensuring a real-time performance in an online implementation of the model with twelve order representation providing close match to the eye anatomical structure. Practical ...

• Type: Conference
• Year: 2008
• Where: BIBE
• Authors: Oleg Komogortsev, Ukwatta K. S. Jayarathna
• Keywords: BIBE 2008, Bioinformatics, Extraocular Muscle, Human Computer Interaction, Model