'Tile set' diaporamas de présentation

Self-Assembly with Geometric Tiles

1.05k views • 89 slides

35 th International Colloquium on Automata, Languages and Programming July 8, 2008

843 views • 72 slides

35 th International Colloquium on Automata, Languages and Programming July 8, 2008

722 views • 72 slides

Tile Complexity of Assembly of Fixed Size Rows and Squares by John Reif and Harish Chandran

Tile Complexity of Assembly of Fixed Size Rows and Squares by John Reif and Harish Chandran. Wang Tilings. Hao Wang, 1961: Proving theorems by Pattern Recognition II Class of formal systems Modeled visually by squares with a color on each side The tiles cannot be rotated or reflected.

726 views • 63 slides

Notes for temperature 1 self-assembly

710 views • 59 slides

Notes on assembly verification in the aTAM

Notes on assembly verification in the aTAM. Days 22, 24 and 25 of Comp Sci 480. Introduction. We are going to study algorithms that verify tile sets E.g., write an algorithm that determines if a particular is uniquely produced by a tile set Critical resource: running time

562 views • 42 slides

Explorations of Theory and Programming in Self-Assembly

Explorations of Theory and Programming in Self-Assembly. Matthew J. Patitz Department of Computer Science University of Texas-Pan American 10/19/2010. Introduction to self-assembly. Q: What is self-assembly?.

551 views • 36 slides

Poisson Sphere Distributions

524 views • 26 slides

Poisson Sphere Distributions

265 views • 26 slides

Algorithmic self-assembly with DNA tiles

371 views • 25 slides

Team: Nathan Mikeska, Neil Alfredson, Richard Carney, Brian Navarro

Team: Nathan Mikeska, Neil Alfredson, Richard Carney, Brian Navarro. Overview: Chemistry Learning In Progress (CLIP) is a java based software program being developed as a computer science senior project for Dr. Susan Wiediger of the Chemistry Department.

227 views • 1 slides