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Finite Field Arithmetic using Self-Assembly of DNA Tilings

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Presentation on theme: "Finite Field Arithmetic using Self-Assembly of DNA Tilings"— Presentation transcript:

1 Finite Field Arithmetic using Self-Assembly of DNA Tilings
Summarized by HaYoung Jang

2 DNA Tiles and Assembly

3 Finite Field Arithmetic
Finite field: a field with a finite number of elements. GF(pn): each prime p and each natural number n, there exists a unique finite field of pn elements. The elements of this field can be represented as polynomials in x, of degree less than n and having coefficients from Zp={1, 2, …, p-1}.

4 Finite Field Multiplication

5 Basic step of computing B*x(moduloR)

6 Basic step of computing B*x(moduloR)

7 Input Tiles

8 Example computation of 4-bit finite field multiplication

9 Example computation of 4-bit finite field multiplication

10 Implementation Issues
Constructing the input DNA strands Converting the input ssDNA to tiles Constructing the computation tiles & output tiles Executing the computation Reading the result

11 Conclusion Do you know “Word Game”? This is just another illusion.


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