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Computational phylogenetics / Molecular biology / Genomics / Genetics / BLAST / Structural alignment / Sequence alignment / Human genome / Smith–Waterman algorithm / Biology / Science / Bioinformatics


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Document Date: 2010-03-08 17:18:39


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New York / Berlin / Amsterdam / London / Chicago / /

Company

Prentice-Hall / North-Holland Publishing Co. / Springer-Verlag New York Inc. / Cyber Trust / Intel / /

Country

Netherlands / United States / United Kingdom / /

Currency

USD / /

Facility

Carnegie Mellon University / Hanscom AFB / University of Copenhagen / Class Files Included Algorithms NeoBio library / NeoBio library / University of North Carolina / Local Alignment JAligner library / Chapel Hill / Indiana University / /

IndustryTerm

genomic computing program / protein database search programs / important bioinformatics algorithms / database systems / genome computing tasks / transformation tool / source-to-source transformation tool / important genome algorithms / Web conference / lightweight tool / dynamic programming algorithm / bioinformatics algorithms / query auditing / program transformation tool / Basic local alignment search tool / genomic computing / fundamental genome computing problems / sub-quadratic sequence alignment algorithm / cryptographic protocols / genome computing / instrumentation tool / space-economical suffix tree construction algorithm / local alignment algorithms / Secure computer systems / genome computing problems / blind search / smith-waterman algorithm / dynamic programming algorithms / computing / homologous microRNA gene search / Secure web application / faster and more sensitive homology search / telecommunications netowrking / alignment algorithm / real-time systems / program-transformation tool / pair-wise alignment algorithms / /

NaturalFeature

Chapel Hill / /

Organization

National Science Foundation / University of North Carolina / Indiana University / VLDB Endowment / Department of Computer Science / Carnegie Mellon University / University of Copenhagen / /

Person

J. Domingo-Ferrer / E. Zandi / V / Nat / Louis Kruger / M. Stanke / V / A. Osterman / V / Vitaly Shmatikov / Somesh Jha / /

Position

editor / unified audit expression model for auditing sql queries / auditor / General / query auditor / /

ProgrammingLanguage

Java / XSLT / C / XML / DC / /

ProvinceOrState

Illinois / Indiana / New York / North Carolina / Massachusetts / /

PublishedMedium

Current Opinion / GENOME RESEARCH / Nature Reviews Genetics / /

Technology

genomics / Object-Oriented Programming / proteomics / XML / 16 Smith-Waterman algorithm / bioinformatics / sub-quadratic sequence alignment algorithm / local alignment algorithms / optimized SMC protocol / computing DPA-based bioinformatics algorithms / important bioinformatics algorithms / proteogenomics / improved algorithm / Smith-Waterman algorithms / Smith-Waterman algorithm / transformed Divide-and-Conquer algorithm / biocomputing algorithms / Operating systems / human genome / bioinformatics algorithms / genome algorithms / Needleman-Wunsch algorithm / SMC protocol / important genome algorithms / single nucleotide polymorphism / dynamic programming algorithms / flow control / Java / alignment algorithm / space-economical suffix tree construction algorithm / Divideand-Conquer algorithm / dynamic programming algorithm / SNP / three pair-wise alignment algorithms / XSLT / /

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http /

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