In this paper, we examine a major obstacle to using DNA computing to solve larger, real-world SAT problems for which the correct answer is not already known.
In this paper, we examine a major obstacle to using DNA computing to solve larger, real-world SAT problems for which the correct answer is not already known. In ...
In particular, we ask the following question: Given the results of a DNA computation, how does one determine the answer to the underlying SAT problem, and how ...
Abstract—Much of the recent research in DNA computing has focused on designing better overall techniques for com- putation, or implementing the techniques ...
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A new DNA computing algorithm based on a ligase chain reaction is demonstrated to solve an SAT problem. The proposed DNA algorithm can solve an n-variable ...
Missing: Making decision
Sep 13, 2003 · The 3-SAT problem is an NP-complete problem, and many algorithms based on DNA computing have been proposed for solving it since Adleman's ...
In this paper, we will use molecular solution to find all true assignment (3 SAT problem) and furthermore find Not-All-Equal (NAE) solutions on DNA-based ...
... SAT formula. (A binary string represents a truth assignment in a natural way, with O representing "false" and 1 representing "true".) The following.
An algorithm that could be implemented at a molecular level for solving the satisfiability of Boolean expressions is presented. This algorithm, based on ...