Private Project Seminar - Molecular Evolutionary Computing(MEC), 2003

Participants

D.-Y. Cho, S.-Y. Shin, H.-W. Lim, I.-H. Lee, J.-Y. Lee, J.-Y. Park, J.-A. Kim, E.-J. Lee, H.-Y. Jang, S. D. Kim

Date Title Speaker
01/02 * Lab-on-a-Chip
* The Complexity and Viability of DNA Computations
J.-A. Kim[PPT]
H.-Y. Jang[PPT]
01/09 * Gene expression profiling diagnosis through DNA molecular computation S. D. Kim[PPT]
01/16 * The 3rd Research on Theorem Proving J.-Y. Park[PPT]
01/23 * 대도시 TSP를 위해 해결해야 할 문제점들
* A DNA-based in vitro Genetic Program
S.-Y. Shin[PPT]
H.-W. Lim[PPT]
02/06 * Hybridization Reaction Analysis
* Error Correction in DNA Computing: Misclassification and Strand Loss
E.-J. Lee[PPT]
I.-H. Lee[PPT]
03/06 * Chemical Reaction-Diffusion Implementation of Finding the Shortest Paths in a Labyrinth D.-Y. Cho[PPT]
03/20 * Strategies for the development of a peptide computer S. D. Kim[PPT]
03/27 * Effectiveness of DTG-PCR for Biased DNA Algorithms
* The 3rd Research on Theorem Proving
J.-Y. Lee[PPT]
J.-Y. Park[PPT]
04/03 * H-Measure & Similarity I.-H. Lee[PPT]
04/10 * The 3rd Research on PHP J.-Y. Park[PPT]
04/17 * Immunocomputing for Bioarrays S. D. Kim[PPT]
04/22 * NACST/Sim 추가 기능
* Stochastic Context-Free Grammars for Modeling RNA
S.-Y. Shin[PPT]
H.-Y. Jang[PPT]
04/29 * Modeling hybridization kinetics E.-J. Lee[PPT]
05/06 * Test Problem for 26-node TSP S.-Y. Shin[PPT]
05/13 * Dynamic DNA Hybridization on a Chip Using Paramagnetic Beads
* DNA Shuffling, the In Vitro Molecular Evolution Technique, and Its Use in the Initial Pool Generation to Solve 26-Cities TSP
H.-W. Lim[PPT]
J.-Y. Lee[PPT]
05/20 * Integrated Microsystem of Isothermal Amplification of DNA and Electrophoresis on a Microfabricated Plastic Chip for Detection of Specific Gene and Analysis of Genetic Materials
* Ligation Errors in DNA Computing
J.-Y. Park[PPT]
I.-H. Lee[PPT]
06/17 * Is DNA Computing Viable for 3-SAT Problems?
* Simulation of the Traveling-Salesman Problem with 26 nodes using thermodynamical data
D.-Y. Cho[PPT]
H.-Y. Jang[PPT]
06/23 * Synthesis and Characterization of DNA-Dendrimer Building Blocks for the Creation of DNA-based Nanostructures J.-Y. Park[PPT]
07/01 * An unnatural base pair for incorporating amino acid analogs into proteins S. D. Kim[PPT]
07/08 * The Efficiency of Sequence-Specific Separation of DNA Mixtures for Biological Computing H.-W. Lim[PPT]
07/15 * DNA Library Design for Molecular Computation I.-H. Lee[PPT]
07/22 * Tcoffee@igs: a web server for computing, evaluating and combining multiple sequence alignments J.-Y. Park[PPT]
08/05 * Some Questions about Molecular Evolutionary Computation (MEC)
* Finite Field Arithmetic using Self-Assembly of DNA Tilings
D.-Y. Cho[PPT]
H.-Y. Jang[PPT]
08/12 * Polymerase Chain Reaction: A Markov Process Approach H.-W. Lim[PPT]
08/19 * Computation by Self-assembly of DNA Graphs I.-H. Lee[PPT]
09/16 * Initial Pool Generation Based on DNA Shuffling Method
* DNA computing을 위한 염기서열에 대한 바람...
E.-J. Lee[PPT]
J.-Y. Lee[PPT]
09/23 * DNA Implementation of Theorem Proving
* The General Form of 0-1 Programming Problem Based on DNA Computing
J.-Y. Park[PPT]
D.-Y. Cho[PPT]
09/30 * Computational and experimental analysis of DNA shuffling H.-Y. Jang[PPT]
10/07 * Computational and experimental analysis of DNA shuffling: Supporting text S.-Y. Shin[PPT]
10/14 * A Theory of the Learnable H.-W. Lim[PPT]
10/21 * Initial Pool Generation Based on DNA Shuffling Method
* Minor Report (extra)
E.-J. Lee[PPT]
I.-H. Lee[PPT]
12/16 * PCR의 kinetics에 대한 좀더 많은 생각… (extra) J.-Y. Lee[PPT]
12/23 * A Critical Survey of Performance Indices for Multi-Objective Optimization
* Molecular Immnuocomputing with Application to Alphabetical Pattern Recognition Mimics the Characterization of ABO Blood Type
I.-H. Lee[PPT]
S. D. Kim[PPT]

This page is maintained by In-hee Lee(ihlee(at)bi.snu.ac.kr).
Last update : April 20, 2004.