National Institute of General Medical Sciences / National Institute of Biomedical Imaging / /
IndustryTerm
secure and autonomic computing systems / simulation tools / naval applications / information processing / sensor networks / mathematical and statistical tools / statistical and signal processing methods / biomedical applications / computational algorithms / dynamic complex networks / biological systems / autonomous systems / signal processing / communication networks / biomedical systems / scientific computing / energy / security technologies / /
Organization
National Institute of Biomedical Imaging and Bioengineering / Army Research Office / NSF Directorate for Mathematical and Physical Sciences / Department’s mission / National Institute of Health / NIGMS Division of Biomedical Technology / Bioinformatics / and Computational Biology / DOE’s office of Science / office of Naval Research / Division of Information / Decision / and Complex Networks / Division of Quantum and Non-Equilibrium Processes / National Security Agency / National Science Foundation / Physical Sciences / Air Force office of Scientific Research / Department of Energy / Defense Sciences Office / office of Advanced Scientific Computing Research / Information Sciences Division / Department of Defense / Division of Dynamical Systems and Control / Microsystems Technology Office / National Science Foundation’s Division of Mathematical Sciences / Army / ONR Mathematics / Computers / and Information Research Division / National Institute of General Medical Sciences / Mathematics Sciences Division / Network Science Division / NSF Directorate for Mathematical / /
21 Mathematical Sciences in the FY 2015 Budget Samuel M. Rankin, III American Mathematical Society HIGHLIGHTS