Advanced AI Workshop on DNA Computing

Course 4541.773: Molecular Machine Learning (Advanced AI)

Time & date: Sat, November 20, 2004 (11:00 ~ 18:00)

Location: 301-421

 

시간

논문

발표자

11:00 ~ 11:10

DNA computing on surfaces, Liu et al., Nature, 2000

정현준(PPT)

11:10 ~ 11:20

Molecular computation : DNA computing on a chip, Ogihara and Ray, Nature, 2000

임예니(PPT)

11:20 ~ 11:30

Breaking DES using a molecular computer, Boneh et al., Proceedings of DIMACS Workshop on DNA Computing, 1995

신동인(PPT)

11:30 ~ 11:40

Circuits and programmable self-assembling DNA structures, Carbone and Seeman, PNAS, 2002

이상근(PPT)

11:40 ~ 11:50

Demonstration of a universal surface DNA computer, Su and Smith, NAR, 2004

이제근(PPT)

12:00 ~ 13:00

Lunch time

 

13:00 ~ 13:10

A new DNA computing model for the NAND gate based on induced hairpin formation, Liu et al., Biosystems, 2004

소영제
(PPT)

13:10 ~ 13:20

DNA computing using single-molecule hybridization detection, Schmidt et al., NAR, 2004

김병희(PPT)

13:20 ~ 13:30

DNA logic gates, Okamoto et al., JACS, 2004

남진우(PPT)

13:30 ~ 13:40

Molecular computation of solutions to combinatorial problems, Adleman, Science, 1994

이훈(PPT)

13:40 ~ 13:50

DNA solution of the maximal clique problem, Ouyang et al.,Science, 1997

김진(PPT)

14:00 ~ 14:10

Protein-DNA computation by stochastic assembly cascade, Bar-Ziv et al., PNAS, 2002

정제균(PPT)

14:10 ~ 14:20

Joining and rotating data with molecules, Arita et al., Proceedings of CEC, 1997

김성규(PPT)

14:20 ~ 14:30

An autonomous molecular computer for logical control of gene expression, Benenson et al., Nature, 2004

탁민호(PPT)

14:30 ~ 14:40

Molecular computation by DNA hairpin formation, Sakamoto et al., Science, 2000

윤주영(PPT)

14:40 ~ 14:50

Molecular computation: RNA solutions to chess problems, Faulhammer et al., PNAS, 2000

김성환(PPT)

15:00 ~ 15:30

Coffee break

 

15:30 ~ 15:40

Programmable and autonomous computing machine made of biomolecules, Benenson et al., Nature, 2001

이태형(PPT)

15:40 ~ 15:50

Reaction discovery enabled by DNA-templated synthesis and in vitro selection, Kanan et al., Nature, 2004

석호식(PPT)

16:00 ~ 16:10

Simulating boolean circuits on a DNA computer, Ogihara and Ray, Proceedings of RECOMB, 1997

장정우(PPT)

16:10 ~ 16:20

Solution of a 20-variable 3-SAT problem on a DNA computer, Ravinderjit et al., Science, 2002

문승현(PPT)

16:20 ~ 16:30

Stochastic computing with biomolecular automata, Adar et al., PNAS, 2004

조성범(PPT)

16:30 ~ 16:40

Towards autonomous molecular computers, Hagiya, Proceedings of GP, 1997

최낙중(PPT)

16:40 ~ 16:50

A deoxyribozyme-based molecular automaton, Stojanovic and Stefanovic, Nature Biotechnology, 2003

이은석(PPT)

17:00 ~ 17:10

Hierarchical DNA memory based on nested PCR, Kashiwamura et al., Proceedings of DNA Computing, 2003.

장하영(PPT)

17:10 ~ 17:20

Article for analog vector algebra computation, Mills et al., Biosystems, 1999

권대순(PPT)

17:20 ~ 17:30

In vitro selection for a max 1s DNA genetic algorithm, Chen et al., Proceedings of DIMACS Workshop on DNA Computing, 1999

강성구(PPT)

17:30 ~ 17:40

Gene expression profiling diagnosis through DNA molecular computation, Mills., Trends in Biotechonology, 2002

서주현(PPT)

17:40 ~ 17:50

Biphenyl dioxygenases: funcional versatilities and directed evolution, Furukawa et al., Journal of Bacteriology, 2004

이재학(PPT)

17:50 ~ 18:00

The general form of 0-1 programming problem based on DNA computing, ZhiXiang et al., Biosystems, 2003

이화진(PPT)