Tracks of Study

1
Tracks of Study

• Biosystems Analysis Track

2
Track Faculty

• UNC-CH
• Steve Quint
• Wayne Casio
• Oleg Favorov
• Belinda Ha
• Tim Johnson
• Steve Knisley
• Carol Lucas
• Mark Tommerdahl
• Barry Whitsel

• NC State
• Mark White
• Susan Blanchard
• Lubkin
• Troy Nagle
• Charles Smith

3
TRACK FOCUS

• Mathematical Modeling of Physiological Systems
• Algorithmic Simulation of Physiological Systems
• Systems Identification and Analysis

4
Students (unofficial)

• Joannellyn Chiu
• Hiawatha Demby
• Jason Flick
• James Jordan
• Yongbiao Li

• Stephanie Miller
• Sharlini Sankaran
• Eric Tanalski
• Min Xu

5
Courses

• NC State
• ECE435 Linear Control (analog)
• MAE435 Linear Control (analog)
• BAE525 Bioelectricity
• ECE592U Digital Linear Control
• BMA567 Modeling of Biol. Systems
• BMA771 Biomathematics I
• BMA772 Biomathematics II
• ECE513 Digital Signal Processing
• ECE516 System Control Engineering
• ECE742 Artificial Neural Networks
• BMA573 Modeling of Phys. Sys. I
• BMA574 Modeling of Phys. Sys. II
• ST511 Exp. Stat. For Biol. Scientists
• ECE 791N Adaptive Systems

• UNC-CH
• B106 Signals and Systems
• B111 Instrumentation
• B120 Real-Time Comput. Appls. I
• B121 Digital Signal Processing
• B128 Design of Digital Systems
• B132 Linear Control (analog)
• B181 or B151 Physiology I
• B220 Real-Time Comput. Appls. II
• B223 Advanced Signal Processing
• B232 Digital Linear Control
• B233 Biomathematical Modeling
• B281 or B251 Physiology II
• BIOS 110 Statistical Inference
• Math 128 Advanced Calculus I
• Math 129 Advanced Calculus II
• Phys 101 Intro. to Electronics I
• Phys 102 Intro. to Electronics II

6
Ph.D. Elective Courses

• UNC-CH
• B102 Intro. To Biomechanics
• B103 Intro to Bioelectricity
• B154 Microelectrode Techniques
• B222 Hemodynamics
• B223 Advanced Signal Processing
• B230 Numerical Methods
• B233 Biomathematical Modeling
• B235 Finite Element Analysis
• B281 or B251 Physiology II
• B282 Inf. Processing Sematosens. NS
• Math 157 Numerical Linear Algebra
• Math 166 Num. Meth. for Actuaries
• Bios145 Prin. of Experimental Anal.
• Phyi 140 Cell/Organ Physiology
• Masc 152 Marine Systems Modeling

• NC State
• ECE 759 Pattern Recognition
• BMA 773 Stochastic Modeling
• ST 711 Design of Experiments
• ECE 513 Digital Signal Processing
• ECE 717 Multivariable Lin. Systems

7
Research

• Mathematical Modeling of Physiological Systems
• Algorithmic Simulation of Physiological Systems
• Systems Identification and Analysis

8
Examples

• Analysis and Mathematical Modeling of Neural
  Systems (Tommerdahl, Whitsel, Favorov)
• Analysis and Fluid Dynamic Modeling of the
  Pulmonary Circulation (Lucas)
• Analysis and Modeling of Biomechanical Systems
  (Weinhold)
• Analysis and Systems Modeling of Cerebral
  Circulatory System (Quint)