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DNA Computing

DNA Computing

DNA Computing. By Thierry Metais Email: metais@enst.fr. Introduction to DNA:. The life’s molecule:. Introduction:. What is DNA computing ? Around 1950 first idea (precursor Feynman) First important experiment 1994: Leonard Adleman Molecular level (just greater than 10 -9 meter)

By jacob
(309 views)

Trends in Computational Science DNA and Quantum Computers

Trends in Computational Science DNA and Quantum Computers

Lecture 2 (cont). Trends in Computational Science DNA and Quantum Computers. Sources. 1. Nicholas Carter 2. Andrea Mantler, University of North Carolina 3. Michael M. Crow, Executive Vice Provost , Columbia University.

By Audrey
(230 views)

Maximal parallelism in Membrane Computing

Maximal parallelism in Membrane Computing

Maximal parallelism in Membrane Computing. COMP308. From cell to membrane computing.

By aron
(185 views)

New approach to register allocation and instruction scheduling, using DNA Computing

New approach to register allocation and instruction scheduling, using DNA Computing

New approach to register allocation and instruction scheduling, using DNA Computing. 2001-30593 이제형 2002-30447 최형규. DNA Computing Register Allocation. 2001-30593 이제형. Register Allocation. Compiler 의 code generation 단계에서 무한개로 가정했던 pseudo register 들을 유한개의 machine register 에 할당하는 작업

By becka
(339 views)

DNAQL a data model and query language for databases in DNA

DNAQL a data model and query language for databases in DNA

DNAQL a data model and query language for databases in DNA. Jan Van den Bussche j oint work with Joris Gillis, Robert Brijder Hasselt University, Belgium. Natural Computing. Conventional computing, inspired by nature Evolutionary systems, algorithms, programs

By emberlynn
(78 views)

Information as a Commodity

Information as a Commodity

Information as a Commodity. Competitive Strategies for Network Economies January 15, 2002 Amy Dix. Outline. Information. The Value of Information The Role of Technology Costs Associated with Information The “Experience” Inter-Relationships . What is Information?. “in-for-ma-tion”

By ondrea
(150 views)

The small sample of DNA serves as template for DNA polymerase Make complementary primers Add primers in more than 1000

The small sample of DNA serves as template for DNA polymerase Make complementary primers Add primers in more than 1000

The Polymerase Chain Reaction. The small sample of DNA serves as template for DNA polymerase Make complementary primers Add primers in more than 1000-fold excess Heat to make ssDNA, then cool Run DNA polymerase (usually Taq) Repeat heating, cooling, polymerase cycle.

By mimir
(99 views)

An evolutionary Monte Carlo algorithm for predicting DNA hybridization

An evolutionary Monte Carlo algorithm for predicting DNA hybridization

An evolutionary Monte Carlo algorithm for predicting DNA hybridization. Joon Shik Kim et al. (2008) 11.05.06.(Fri) Computational Modeling of Intelligence Joon Shik Kim. Neuron and Analog Computing. Analog Computing. Neuron. Spin glass system. Spin Glass. < S >= Tanh(J<S>+Ø )

By chiku
(66 views)

Nanotechnology

Nanotechnology

Nanotechnology. Fred Myrtle ITMG 100 09. Nanotechnology - Key Points. What is Nanotechnology? Perspective Originated Types of Nanotechnology Ethical Decisions Conclusion. What is Nanotechnology?. Nanotechnology is the creating of machines that operate on a molecular scale. .

By adina
(609 views)

Future Computing

Future Computing

Future Computing. Post silicon computing. Silicon. Reaching limits of ability to work with silicon…. 3D Gates. Trick 1: Fancier ways of building with silicon. 3D Gates. Trick 2: New materials. Molecular Computation. Trick 3: Molecular computation DNA Storage: 700 terabytes in one gram.

By long
(134 views)

DNA Computing

DNA Computing

DNA Computing . By: Dane Greer and Jake Proehl. DNA. DNA Strands ATGC (adenine, thymine, guanine and cytosine ) Polymerase. Polymerase. DNA Replication. What is DNA computing. Uses Polymerase to create every possible combination of strands . This happens in parallel. Dna computing.

By gyula
(112 views)

Ligation Errors in DNA Computing

Ligation Errors in DNA Computing

Ligation Errors in DNA Computing. Y. Aoi, T. Yoshinobu, K. Tanizawa, K. Kinoshita and H. Iwasaki Biosystems 52 (1999), pp.181-187 Summarized by In-Hee Lee. Introduction. In Adleman’s method Generating solutions is important. The ligation of nodes should be reliable.

By ponce
(104 views)

Introduction to Self Organisation

Introduction to Self Organisation

Introduction to Self Organisation. Competition. Content. Introduction Historic Perspective Related Subjects Basics Summary and Discussion. Historic Perspective. Economics Biology Sport War Computing Brains.

By darena
(81 views)

Machine Learning Framework for DNA Computing

Machine Learning Framework for DNA Computing

Machine Learning Framework for DNA Computing. 3rd MEC Workshop 2001.11.30 신수용. DNAC vs. Lego. Consider each DNA base as “LEGO block” A, C, G, T. DNA Lego. DNAC vs. Lego. Solution Sequence of blocks AACTG  A + A + C + T + G Fixed length Computing

By oswald
(101 views)

DNA Computing Zhe Wang

DNA Computing Zhe Wang

DNA Computing Zhe Wang. Molecular computation of solutions to combinatorial problems. Adleman. Science 266, 1021-1024. 1994. Computing with DNA. Parker. EMBO reports 4, 7-10. 2003. DNA provides a compact means of data storage. Each

By luther
(106 views)

DNA Computing Computation with the Code of Life

DNA Computing Computation with the Code of Life

DNA Computing Computation with the Code of Life. Michael Ang <m@michaelang.com> Interactive Telecommunications Program New York University February 16, 2007. What is it?. Invented by Len Adleman (1994)

By ulema
(98 views)

Cellular Automata & DNA Computing

Cellular Automata & DNA Computing

Cellular Automata & DNA Computing. 97300-199 우정철. Definition Of Cellular Automata. Von Neuman ’ s Definition Wolfram ’ s Definition Lyman Hurd ’ s Definition. Example of Cellular Automata. Ising Models Conway ’ s Game of Life Lattice gasses and the Margolus Neighborhood

By jun
(160 views)

MEMBRANE COMPUTING

MEMBRANE COMPUTING

MOLECULAR COMPUTING. MEMBRANE COMPUTING. Rudolf FREUND. Faculty of Informatics Vienna University of Technology Wien, Austria. Overview. Molecular Computing. ► DNA Computing. ● Splicing, Watson-Crick complementarity ● Test tube systems (universality). ► Membrane Computing.

By badru
(210 views)

Members

Members

Members. Andy Koswara Albert Hartono Budi Suryawijaya Evin Hill Hariyono Lie Michael Ngantung. DNA COMPUTING. Structure of DNA (Albert) Operations of DNA Molecules (Albert) DNA to Electrical Device (Budi) Traveling Salesman Problem (Michael) Hamilton Path (Michael)

By bunme
(148 views)

part 2

part 2

part 2. Course outline. Where to find me. Announcement. NO Lecture. The highlights. DNA computing: the highlights. Leonard Adleman Molecular computation of solutions to combinatorial problems Science, 266, 1021-1024, 1994. Richard Lipton

By radha
(128 views)

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