Biomedical Engineering Reference
In-Depth Information
CHAPTER
13
Physiological Modeling
John D. Enderle, PhD
OUTLINE
13.1 Introduction
818
13.7 The 1995 Linear Homeomorphic
Saccadic Eye Movement Model
864
13.2 An Overview of the Fast Eye
Movement System
821
13.8 The 2009 Linear Homeomorphic
Saccadic Eye Movement Model
878
13.3 The Westheimer Saccadic Eye
Movement Model
828
13.9 Saccade Neural Pathways
905
13.4 The Saccade Controller
835
13.10 System Identification
910
13.5 Development of an Oculomotor
Muscle Model
13.11 Exercises
927
838
References
935
13.6 The 1984 Linear Reciprocal
Innervation Saccadic Eye
Movement Model
852
AT THE CONCLUSION OF THIS CHAPTER, STUDENTS WILL BE
ABLE TO:
Describe the process used to build a
mathematical physiological model.
Qualitatively describe a saccadic eye
movement.
Describe the saccadic eye movement system
with a second order model.
Explain the importance of the pulse-step
saccadic control signal.
Explain how a muscle operates using a
nonlinear and linear muscle model.
Simulate a saccade with a fourth order
saccadic eye movement model.
Estimate the parameters of a model using
system identification.
