D.-Y. Cho, S.-Y. Shin, H.-W. Lim, I.-H. Lee, J.-Y. Lee, J.-Y. Park, H.-Y. Jang, S. D. Kim,
J.-S. Kim, K.-R. Shin
| Date |
Title |
Speaker |
|
01/06
|
* Computational Complexity
* How iterate?
|
H.-Y. Jang[PPT]
S.-Y. Shin[PPT]
|
|
01/13
|
* DNA-based Theorem Proving
|
J.-Y. Park[PPT]
|
|
01/27
|
* Playing to win at DNA computation
* Deoxyribozyme-Based Logic Gates
|
K.-R. Shin[PPT]
S. D. Kim[PPT]
|
|
02/03
|
* Molecular Evolutionary Computing (MEC) for Maximum Clique Problems
|
D.-Y. Cho[PPT]
|
|
02/10
|
* Direct Disease Diagnosis by DNA computing
* Other Detection System of Theorem Proving
|
H.-W. Lim[PPT]
J.-Y. Park[PPT]
|
|
02/17
|
* Effect of e-MOEA in NACST/Seq
* A Novel Design of Whole-genome Microarray Probes for Saccharomyces Cerevisiae
Which Minimizes Cross-hybridization
|
I.-H. Lee[PPT]
K.-R. Shin[PPT]
|
|
02/24
|
* Simulation of Conecpt Learning
|
H.-Y. Jang[PPT]
|
|
03/02
|
* New Weight Encoding Method -FRET-
|
H.-W. Lim[PPT]
|
|
03/09
|
* Molecular Evolutionary Computing (MEC) for Maximum Clique Problems
* Monte Carlo simulation for the Theorem Proving Problem
|
D.-Y. Cho[PPT]
J.-S. Kim[PPT]
|
|
03/16
|
* Genotyping with DNA-based Decision-tree
|
I.-H. Lee[PPT]
|
|
03/23
|
* Oligonucleotide-based Theorem Proving by Cross-Linking Gold Nanoparticle Assembly
|
J.-Y. Park[PPT]
|
|
03/30
|
* Molecular Evolutionary Computing (MEC) for Maximum Clique Problems
|
D.-Y. Cho[PPT]
|
|
04/13
|
* Genotyping with DNA-based Decision-tree
* Nucleic Acid Purification: Its Principle and Miniaturization
* OligoDesign: Optimal design of LNA (locked nucleic acid) Oligo-nucleotide
Capture Probes for Gene Expression Profiling
|
I.-H. Lee[PPT]
J.-Y. Lee[PPT]
K.-R. Shin[PPT]
|
|
04/20
|
* Another Quenching Method -Static Quenching-
* Plasmid-DNAgram: Anagram Solving by Molecular Computing Based on GFP-Expressing Plasmid DNA
|
H.-W. Lim[PPT]
S. D. Kim[PPT]
|
|
04/27
|
* Nanoparticle-based Theorem Proving
* Parallel BFS for Maximum Clique Problems
|
J.-Y. Park[PPT]
D.-Y. Cho[PPT]
|
|
05/04
|
* Monte Carlo Simulation for the Theorem Proving Problem
|
J.-S. Kim[PPT]
|
|
05/11
|
* Hamming Clustering: A New Approach to Rule Extraction
|
H.-Y. Jang[PPT]
|
|
05/18
|
* Paradigms for Computational Nucleic Acid Design
* Structure-Switching Signaling Aptamers: Transducing Molecular Recognition into Fluorescence Signaling
|
I.-H. Lee[PPT]
S. D. Kim[PPT]
|
|
05/25
|
* Disease Diagnosis by DNAC
* POA Simulation
* Nano-particle based Theorem Proving
|
J.-Y. Lee[PPT]
H.-W. Lim[PPT]
J.-Y. Park[PPT]
|
|
06/01
|
* Maximal Clique Problem with Experiment
|
M.-H. Tak[PPT]
|
|
06/15
|
* Toward "Wet" Implementation of Genetic Algorithm for Protein Engineering
|
H.-Y. Jang[PPT]
|
|
06/22
|
* Designs for Autonomous Unidirectional Walking DNA Devices
* Theory, Simulation and Experiment for DNA Computing Problem of Theorem Proving
|
K.-R. Shin[PPT]
J.-S. Kim[PDF]
|
|
06/29
|
* Characterization of Non-Crosshybridizing DNA Oligonucleotides Manufactured In Vitro
* Toward Disease Diagnosis Chip Using DNA Computing
|
I.-H. Lee[PPT]
J.-Y. Lee
[ZIP(password is the same as for this page)]
|
|
07/06
|
* Weight Encoding Methods in DNA Based Perceptron
|
H.-W. Lim[PPT]
|
|
07/13
|
* TileSoft: Sequence Optimization Software for Designing DNA Secondary Structure
* Methods for Manipulating DNA Molecules in a Micrometer Scale Using Optical Technique
|
H.-Y. Jang[PPT]
J.-Y. Park[PPT]
|
|
07/20
|
* The Capacity of DNA for Information Encoding
* DNA-Based Computation Times
* Aqueous Computing with DNA Hairpin-Based RAM
|
J.-S. Kim[no PPT]
D.-Y. Cho[PPT]
J.-Y. Lee[PPT]
|
|
07/27
|
* DNA Hybridization Catalysts and Catalyst Circuits
|
S. D. Kim[PPT]
|
|
08/03
|
* Demonstration of a Universal Surface DNA Computer
* An Autonomous Molecular Computer for Logical Control of Gene Expression
|
J.-Y. Park[PPT]
K.-R. Shin[PPT, Ref]
|
|
08/10
|
* Stochastic Computing with Biomolecular Automata
* Probabilistic Computation with DNA Molecules: The Probabilistic Library model
|
D.-Y. Cho[PPT]
H.-Y. Jang[PPT]
|
|
08/17
|
* Antisense Technology
* 268nm UV spectrophotometry for the Theorem Proving Strings
|
K.-R. Shin[PPT]
J.-S. Kim[PPT]
|
|
08/24
|
* NACST/Seq Engine: NSGA-II vs. e-MOEA
* mRNA Quantification
|
I.-H. Lee[PPT]
J.-Y. Lee[PPT]
|
|
08/31
|
* PCR Modeling
|
H.-W. Lim[PPT]
|
|
09/06
|
*
|
S. D. Kim[PPT]
|