Recommended Courses
The following courses may benefit students interested in machine intelligence. These courses are in various disciplines related to study of biological foundation of neural systems, hardware implementation, psychology, mathematics and computational methods for intelligence. They are offered by different departments at Ohio University (biology, computer science, engineering, mathematics, and neurophysiology). Selection of courses may vary depending on individual student’s interests and individually approved program of study. Selecting some of these courses students must also satisfy all graduate program requirements of the School of Electrical Engineering and Computer Science as indicated in the Graduate Catalog.
BIOLOGY
|
BIOS 513A |
HUMAN NEUROSCIENCE |
|
PRIN OF PHYSIOLOGY | |
|
PRIN ENDOCRINOLOGY | |
|
NEURAL CONT SENS & MOVE | |
|
BIOS 543 |
PRIN OF PHYSIOLOGY |
|
BIOS 517 |
COGNITIVE NEUROSCIENCE |
|
BIOS 518 |
METHODS IN COMPUTATIONAL NEUROSCIENCE |
COMPUTER SCIENCE
|
ARTIFICIAL INTELLIGENCE | |
|
ROBOTICS VIA ROBOCUP | |
|
ROBOCUP | |
|
AI: CASE-BASED REASONING | |
|
C S 520N |
ORG OF PROG LANG |
|
OPER SYS&COMPUTER ARC I | |
|
ADV OOD & GUI TECHNIQUES | |
|
COMPUTATION THEORY | |
|
PARALLEL COMPUTING | |
|
MEDICAL IMAGE ANALYSIS | |
|
C S 680 |
ADV ARTIFICIAL INTEL |
|
REAL TIME SYSTEMS | |
|
IMAGE UNDERSTANDING | |
|
COMP GRAPHICS VISUALIZE |
ENGINEERING
Biomedical Engineering
|
BIOMED ENG AT OU | |
|
AI IN MEDICINE | |
|
BIOMECHANICS | |
|
MEDICAL IMAGE ANALYSIS |
Electrical, Computer, and Systems Engineering
|
VHDL DESIGN | |
|
ROBOTIC MANIPULATORS | |
|
DIG SYS & COMP DESIGN | |
|
COMMUNICATION ENGR | |
|
ROBOTICS VIA ROBOCUP | |
|
CMPTR ANAL-EL CRCTS | |
|
DIG IMAGE PROC | |
|
INFORMATION TRANSMI | |
|
INTRODUCTION TO VLSI | |
|
ADVANCED MICROPROCESSORS | |
|
STOCHASTIC PROCESSES | |
|
ROBOCUP | |
|
TESTABLE DESIGN | |
|
PARALELL CMPTRS | |
|
PATTERN RECOG | |
|
SEMICONDUCTOR PRINCIPLES | |
|
VLSI DESIGN II | |
|
NANOELECTRONICS | |
|
DIGITAL SYSTEMS II | |
|
MICROCOMPUTERS II | |
|
INTRO DIG COMM | |
|
CONTROL THEORY I | |
|
CONTROL THEORY II | |
|
CONTROL THEORY III |
Industrial and Systems Engineering
|
HUMAN-MACHINE SYSTEMS | |
|
ARTF NEURAL NETS IN MFG | |
|
ENGINEERING STATISTICS | |
|
INFO SYSTEMS ENGR | |
|
COMPUTER INTEGRATED MFG | |
|
GENETIC ALG IN MANUFACT |
Mechanical Engineering
|
ROBOTIC MANIPULATORS | |
|
ROBOTICS |
MATHEMATICS
|
NUMERICAL ANALYSIS | |
|
THEORY OF STATISTICS | |
|
OPTIMIZATION THEORY | |
|
DIFFERENTIAL EQU | |
|
LINEAR MODELS | |
|
FUNCTIONAL ANALYSIS | |
|
MATH MODELING & OPTIMIZAT | |
|
ADV NUMERICAL METHODS | |
|
THEORY OF STATISTICS | |
|
ACTUARIAL SCIENCE | |
|
NUMER ANALYSIS LINEAR ALG | |
|
OPTIMIZATION THEORY | |
|
DIFFERENTIAL EQUATIONS | |
|
TIME SERIES ANALYSIS | |
|
TOPICS IN PROB STAT & STO | |
|
FOURIER ANAL PAR DIFF EQS | |
|
NUMERICAL LINEAR ALGEBRA | |
|
THEORY OF STATISTICS | |
|
STOCHASTIC PROCESS | |
|
STATISTICAL COMPUTING | |
|
APPLIED COMPLEX VARIABLES | |
|
OPTIMIZATION THEORY | |
|
DIFFERENTIAL EQU | |
|
EXPERIMENTAL DESIGN | |
|
MATH 660 |
REAL ANALYSIS |
|
FUNCTIONAL ANALYSIS |
PSYCHOLOGY
|
ELEM EXPERIMENT PSY | |
|
INTER STAT BEHAV SC | |
|
PSY PERSONALITY | |
|
COGNITIVE PROCESSES | |
|
NEUROPSYCHOLOGY I | |
|
DEVELOPMENTAL PSY | |
|
DESIGN ANALYSIS EXP | |
|
NEUROPSYCHOLOGY II | |
|
MATH MODELS IN COGNITION |