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Biochemistry / Proteomics / Proteins / Motion planning / Theoretical computer science / Protein folding / Probabilistic roadmap / Protein domain / Protein / Biology / Protein structure / Machine learning


Adaptive Motion Planning for Complex Planning Problems Lydia Tapia and John Baxter Abstract— Motion planning has been used to solve problems of high complexity in both robotic and biological domains. In robotics, the t
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Document Date: 2012-12-20 19:29:55


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City

Berlin / New York City / /

Country

Netherlands / /

/

Facility

Texas A&M University / University of New Mexico / /

IndustryTerm

energy landscape / protein folding applications / energy / /

Organization

University of New Mexico / Parasol Lab / Texas A&M University / National Institute of Health / New Mexico Spatiotemporal Modeling Center / Department of Computer Science / Center for Evolutionary and Theoretical Immunology / Algorithmic Foundation / /

Person

Problems Lydia Tapia / John Baxter Abstract / /

Position

region-sensitive adaptive motion planner / appropriate planner / planner in each region / single planner / /

PublishedMedium

Molecular Biology / /

Technology

Bioinformatics / machine learning / /

SocialTag