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  On the computational power of dna (1996) [48 citations — 2 self]

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by Dan Boneh, Christopher Dunworth, Jill Sgallt, Richard J. Lipton
Discrete Applied Mathematics
http://www.cise.ufl.edu/~mpf/biocircuit.pdf
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Abstract:

We show how DNA based computers can be used to solve the satisfiability problem for boolean circuits. Furthermore, we show how DNA computers can solve optimization problems directly without first solving several decision problems. Our methods also enable random sampling of satisfying assignments. 1

Citations

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72 Algorithms for maximum independent sets – Robson
66 On constructing a molecular computer – Adleman - 1995
58 A DNA and Restriction Enzyme Implementation of Turing Machines – Rothemund - 1996
50 Finding a maximum independent set – Tarjan, Trojanowski
49 A universal molecular computer – Beaver - 1995
47 Breaking DES using a molecular computer – Boneh, Dunworth, et al. - 1995
47 Markov chains and polynomial time algorithms – Kannan - 1994
43 Using DNA to solve NP-complete problems – Lipton
39 Making DNA computers error resistant – Boneh, Lipton - 1996
39 On Approximation Algorithms for #P – Stockmeyer - 1985
38 DNA models and algorithms for NP-complete problems – Bach, Condon, et al. - 1996
25 Parallel molecular computation – Reif - 1995
24 DNA computers in vitro and vivo – Smith, Schweitzer - 1995
17 Error-resilient DNA computation – Karp, Kenyon, et al. - 1996
13 On the power of bio-computers – Roos, Wagner - 1995
4 Private communications – Papadimitriou - 1992
2 Error-resistant Implementation of DNA Computations. Unpublished manuscript – Amos, Gibbons, et al.
2 Error resistant and uniform DNA computers – Boneh, Lipton, et al.
2 On the Computational Power of DNA Annealing and Ligation. Available at http://dope.caltech.edu/winfree/DNA.html – Winfree - 1994
2 private communication – Rothemund