| Document Date: 2008-05-12 14:01:36
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City Helsinki / / Company Cambridge University Press / Artificial Intelligence Laboratory / Intel / / Country Finland / / / IndustryTerm e-prints / above branch-and-bound algorithm / branchand-bound algorithm / low energy / Branch-and-bound algorithms / optimum decoding algorithm / polynomial-time algorithm / branch-and-bound algorithm / exhaustive search / energy / polynomial-time algorithms / theoretical tools / feasible solution / polynomial time algorithm / natural language processing / search space / energy model / polynomialtime algorithm / / Organization Cambridge University / MIT / Department of Mathematics / NDSEG / Hertz Foundation / / Person Mathieu Blanchette / Xi / Leonid Chindelevitch / Michael Baym / Michael Schnall-Levin / Andreas Schulz / / Position author / / ProgrammingLanguage K / / PublishedMedium Current Opinion / Journal of Molecular Biology / Machine Learning / IEEE Transactions on Information Theory / Nucleic Acids Research / / Technology Bioinformatics / polynomial time algorithm / Viterbi algorithm / polynomial-time algorithms / Biotechnology / branchand-bound algorithm / CKY algorithm / Machine Learning / polynomialtime algorithm / branch-and-bound algorithm / optimum decoding algorithm / pdf / above branch-and-bound algorithm / natural language processing / thermodynamics / Baum-Welch algorithm / polynomial-time algorithm / 1 Branch-and-Bound Algorithm / otherwise NO. An algorithm / Branch-and-bound algorithms / / URL http /
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Inverting the Viterbi Algorithm: An Abstract Framework for Structure Design Michael Schnall-Levin [removed] Leonid Chindelevitch