Henry A. Boateng Associate Professor San Francisco State University Department of Mathematics 1600 Holloway Ave 934 Thornton Hall San Francisco, CA 94132 phone: (415)-338-7725 email: boatengATSFSUDOTedu

teaching

San Francisco State University

• Introduction to Linear Algebra (MATH 225)

• Multivariable Calculus (MATH 228)

• Mathematical Computing (MATH 309)

• Linear Algebra (MATH 325)

• Numerical Analysis (MATH 400)

• Applied and Computational Linear Algebra (MATH 425)

• Advanced Linear Algebra (MATH 725)

• Advanced Topics in Mathematics - Applied Mathematics: Numerical PDEs (MATH 790)

Bates College

• Calculus I (MATH 105), Calculus II (MATH 106)

• Linear Algebra (MATH 205)

• Mathematical Modeling with Monte Carlo (MATH 255D)

• Applied Partial Differential Equations with Boundary Value Problems (MATH 305)

• Numerical Linear Algebra (MATH 495C)

research

• scientific computing, particle methods, computational chemistry, materials science, randomized Linear Algebra
  
• publications

software

• A tricubic interpolation based treecode with global C-1 continuity:(written in C++)
  
• The effect of global smoothness on the accuracy of treecode Coulomb Kernel:(written in C++)
  
• The effect of global smoothness on the accuracy of treecode stokeslet Kernel:(written in C++)
  
• Periodic Coulomb Tree Method For electrostatics in periodic boundary condtions: An alternative to parallel particle mesh Ewald (written in Fortran90)
  
• Particle-cluster and cluster-particle treecode For freespace Coulomb interaction with disjoint targets and sources (written in Fortran90)
  
• DL_POLY Contains arbitrary order Cartesian multipolar electrostatic interactions (written in Fortran90/Fortran2003)
• Treecode algorithms for multipolar interactions For freespace Coulomb interactios (written in Fortran90)