540-014
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A Fast
Algorithm for Sorting by Short Swap
X. Feng, I.H. Sudborough, and E. Lu (USA)
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Abstract
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540-016
|
FGK Model: An Efficient Granular Computing Model for Protein Sequence Motifs Information Discovery
B. Chen, P.C. Tai, R. Harrison, and Y. Pan (USA)
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Abstract
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540-033
|
Computational Methods for Estimating the Size and Identifying the Members of Microbial Communities
C. Putonti, V. Fofanov, and Y. Fofanov (USA)
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Abstract
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540-035
|
An Efficient Algorithm for Finding Approximate Complex Repetitive Patterns
D. He and X. Wu (USA)
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Abstract
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540-037
|
A Local Sequence Alignment Algorithm using an Associative Model of Parallel Computation
S.I. Steinfadt, M. Scherger, and J.W. Baker (USA)
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Abstract
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540-038
|
A New Set of Algorithms for Designing Ultra-Specific Probes for High-Throughput Allele Detection
M. Zhang, C. Putonti, and Y. Fofanov (USA)
|
Abstract
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What are Digital Object Identifers?
Scope for Computational and Systems Biology Conference (2006)
Microarray data analysis;
Micro RNA and RNAi;
Pathways and networks;
Biomedical applications;
Computational proteomics;
Microbial community analysis;
Synthetic biological systems;
Evolution and phylogenetics;
Sequence motifs, alignments and families;
Gene structure, regulation and modeling;
Genetic variation (SNPs and haplotyping, etc.);
Development control;
Measuring cellular metabolism and cellular signaling;
Computational neurobiology;
Computational ecology;
Mathematical and quantitative models of cellular and multicellular systems;
Biological data mining;
Biomedical literature text mining;
Data visualization;
High performance biocomputing;
Parallel computation;
Machine learning;
Pattern recognition
Knowledge representation;
Databases;
Combinatorics;
Stochastic modeling;
String and graph algorithms;
Linguistic methods;
Robotics;
Constraint satisfaction;
Information theory and statistical analysis;
Hidden Markov model;
Ontologies and semantic web systems for biology;
Clinical informatics;
Neural networks;
Time series analysis;
Sequencing and arrangement algorithms;
SWARM;
Bioinformatics project management (Data management methods and systems);
International cooperation in bioinformatics research;
Philosophy, ethics of bioinformatics; and
Future trends of bioinformatics.