Course 4541.773: DNA Computing

(Advanced AI)

　

School of Computer Science and Engineering,

Graduate Programs in Bioinformatics,

Brain Science, and Cognitive Science
Seoul National University

Instructor

Danny van Noort

TA

In-Hee Lee

Classroom

302-308

Time

Tue, 13:00 ~ 14:30,   Thr,  13:00 ~ 14:30

Objectives
  • Studying the principles and applications of biomolecular computing
  • Acquiring the technologies for biomolecular information processing
  • Understanding the convergence of science and technology in frontier research
  • Practicing skills for writing and presenting technical papers and reports
  • Schedule
Lecture No. Main Subjects Ref PPT
Basics and Principles
1

Introduction

 Ref1
Ref2		 [PPT1]
[PPT2]
2

Theoretical Background - Biochemistry/Molecular Biology

Ref1
Ref2
Ref3 		[PPT1]
[PPT2]
[PPT3]
3

Theoretical Background - Computer Science

 Ref1
Ref2 		[PPT1]
[PPT2]
[PPT3]
Mathematical Models
4

History of the Field

 Ref1
Ref2
Ref3
Ref4
Ref5 		[PPT1]
[PPT2]
[PPT3]
5

Splicing Systems

 Ref1
Ref2 		[PPT1]
[PPT2]
6 P Systems Ref1
Ref2 		[PPT]
7 Hairpins Ref1
Ref2 		[PPT]
8 Detection Techniques [PPT1]
[PPT2]
Micro Technologies
9

Micro-Technology Introduction

 Ref1
Ref2 		[PPT]
10 Microchips and Fluidics 　 [PPT]
11

Self Assembly

 Ref1
Ref2 		[PPT]
12

Regulatory Networks

 Ref1
Ref2 		[PPT]
13 Molecular Motors Ref1
Ref2 		[PPT]
14 DNA Nanowires Ref [PPT]
15

Protein Computers

 　 [PPT]
Summary and Final Exam
16

DNA Computing - Summary

 　 [PPT]
17

Presentation of Essay and Discussion

 　 [PPT]

This page is maintained by In-Hee Lee (ihlee(at)bi.snu.ac.kr), Last update: March 29, 2004