Anita Mayo

Professor

Weissman School of Arts and Sciences

Department: Mathematics

Areas of expertise:

Email Address: anita.mayo@baruch.cuny.edu

> View CV

Education

Ph.D., Mathematics, New York Univ.

B.A., Mathematics, Barnard College

SemesterCourse PrefixCourse NumberCourse Name
Fall 2023MTH3006Elements of Calculus II
Fall 2023MTH3030Elements of Calculus III
Spring 2023MTH3030Elements of Calculus III
Spring 2023MTH3020Calculus III
Fall 2022MTH3030Elements of Calculus III
Fall 2022MTH3006Elements of Calculus II
Spring 2022MTH3020Calculus III
Spring 2022MTH3006Elements of Calculus II
Fall 2021MTH3030Elements of Calculus III
Fall 2021MTH3006Elements of Calculus II
Fall 2021MTH3020Calculus III
Spring 2021MTH3020Calculus III
Spring 2021MTH3006Elements of Calculus II
Fall 2020MTH2610Calculus I
Fall 2020MTH3030Elements of Calculus III
Spring 2020MTH3030Elements of Calculus III
Spring 2020MTH3020Calculus III
Fall 2019MTH3030Elements of Calculus III
Fall 2019MTH2610Calculus I
Spring 2019MTH3006Elements of Calculus II
Spring 2019MTH3020Calculus III
Fall 2018MTH2610Calculus I
Fall 2018MTH3020Calculus III
Fall 2018MTH2205Precal and Elements of Cal 1B
Spring 2018MTH3006Elements of Calculus II
Spring 2018MTH3020Calculus III
Fall 2017MTH3030Elements of Calculus III
Fall 2017MTH2610Calculus I
Spring 2017MTH3010Calculus II
Spring 2017MTH3020Calculus III
Fall 2016MTH2207Elements of Calculus I and Ma
Fall 2016MTH3020Calculus III
Spring 2016MTH2610Calculus I
Fall 2015MTH3020Calculus III
Fall 2015MTH2207Elements of Calculus I and Ma
Spring 2015MTH3020Calculus III
Spring 2015MTH2207Elements of Calculus I and Ma
Fall 2014MTH2207Elements of Calculus I and Ma
Fall 2014MTH3010Calculus II
Fall 2014MTH2610Calculus I
Spring 2014MTH3006Elements of Calculus II
Spring 2014MTH2207Elements of Calculus I and Ma
Fall 2013MTH3010Calculus II
Fall 2013MTH2610Calculus I
Fall 2013MTH2207Elements of Calculus I and Ma
Spring 2012MTH3010Calculus II
Fall 2011MTH3020Calculus III
Fall 2011MTH2610Calculus I
Spring 2011MTH4120Introduction to Probability
Spring 2011MTH2207Elements of Calculus I and Ma
Fall 2010MTH3020Calculus III
Fall 2010MTH2610Calculus I
Spring 2010MTH3120Elementary Probability
Spring 2010MTH2003Precal & Elem of Cal 1A
Fall 2009MTH9903Capstone Project/Pre
Fall 2009MTH3030Elements of Calculus III
Fall 2009MTH2610Calculus I
Spring 2009MTH2207Elements of Calculus I and Ma
Spring 2009MTH9903Capstone Project/Pre
Spring 2009MTH4120Introduction to Probability
Fall 2008MTH3020Calculus III
Fall 2008MTH9903Capstone Project/Pre
Fall 2008MTH2610Calculus I
Spring 2008MTH4120Introduction to Probability
Spring 2008MTH9852Num Meth Pde/Finance
Spring 2008MTH9903Capstone Project/Pre
Fall 2007MTH2207Elements of Calculus I and Ma
Fall 2007MTH9821Numerical Linear Algebra
Spring 2007MTH9903Capstone Project/Pre
Spring 2007MTH5000Independent Study Math I
Spring 2007MTH4120Introduction to Probability
Spring 2007MTH3030Elements of Calculus III
Fall 2006MTH9903Capstone Project/Pre
Fall 2006MTH3030Elements of Calculus III
Fall 2006MTH2610Calculus I
Spring 2006MTH9903Capstone Project/Pre
Spring 2006MTH9852Num Meth Pde/Finance
Spring 2006MTH4120Introduction to Probability
Fall 2005MTH9821Numerical Linear Algebra
Fall 2005MTH9903Capstone Project/Pre
Fall 2005MTH3020Calculus III
Spring 2005MTH9903Capstone Project/Pre
Spring 2005MTH3010Calculus II
Fall 2004MTH9903Capstone Project/Pre
Fall 2004MTH2610Calculus I
Fall 2004MTH2610Calculus I
Fall 2004MTH3020Calculus III
Spring 2004MTH9852Num Meth Pde/Finance
Spring 2004MTH9903Capstone Project/Pre
Spring 2004MTH2610Calculus I
Fall 2003MTH9903Capstone Project/Pre
Fall 2003MTH2610Calculus I
Fall 2003MTH3020Calculus III

Journal Articles

Mayo, A. (2015). Review of "Derivative Securities and Difference Methods. SIAM Review, 57(3). 5.

Mayo, A. (2015). On the evaluation of integrals for the solution of the modified Helmholtz and heat equations. Global Journal Pure and Applied Mathematics, 11(6). 3543-3559.

(2012). Accurate two and three dimensional interpolation for particle mesh calculations. Discrete and Continuous Dynamical Systems, Series B, 17(4). 23.

Mayo, A. (2011). Review of "Elementary Calculus of Financial Mathematics". SIAM Review, 53(3). 4.

Mayo, A. (2009). On the Numerical Evaluation of Option Prices in the Variance Gamma Model. Intl. J. Computer Math. , 86(2). pp. 86-99.

(2008). Methods for the Rapid Solution of Pricing PIDEs in Exponential and Merton Models. Journal of Computational and Applied Mathematics, 222.

(2007). On the numerical evaluation of option prices in jump diffusion model. European Journal of Finance, 13(4). 353-372.

(2006). Fourth order accurate evaluation of integrals in potential theory on exterior 3D regions. J. of Computational Physics, 220(2). 900-914.

(2005). Rapid fourth order accurate solution of the steady Navier Stokes equations on general regions. Dynamics of Continuous, Discrete and Impulsive System, Series B(12). 59-72.

Mayo, A. (2005). Hedging in illiquid markets. to appear in Encyclopedia of Financial Engineering and Risk Management, 5.

Mayo, A. (2004). High Order Accurate Implicit Method for Valuing American Options. The European Journal of Finance, 10(3). 212-237.

(2003). Rapid, fourth order accurate evaluation of particular solutions fo the biharmonic equation on general regions. Contemporary Mathematics America Mathematical Association (AMS), 323. 233-245.

(2003). Non Orthogonal PEEC Formulation for Time and Frequency Domain EM and Circuit Modeling. IEEE Transactions Electro-Magnetic Compatibility, 45(2). 167-179.

Greenbaum, A., & Mayo, A. (1998). Rapid Parallel Evaluation of Integral in Potential Theory on General Three Dimensional Regions. Journal of Computational Physics, 145. 731-742.

(1998). Numerical Simulation of Etching and Deposition Process. Japan Journal Applied Physics, 36(7B). 4762-4768.

(1997). Numerical Stimulation of Etching and Deposition Processes. Japan Journal Applied Physics, 36(7B). 4762-4768.

(1997). Deferred Correction Finite Difference Methods for the Evaluation of Integrals in Potential Theory and Low Frequency Scattering . Integral methods in Science and Engineering, Addison Wesley, 2. 155-170.

(1997). Across wafer nonuniformity of long throw sputter deposition systems. Journal of the Vacuum Society B, 15. 1788-1793.

(1996). Integral equation methods for Stokes flow and isotropic elasticity in the plane. Journal of Computational Physics, 125. 403-414.

(1995). A fast Poisson solver for complex geometries. Journal of Computational Physics, 118. 348-355.

(1994). ADI Methods for heat equations with discontinuities along an arhitrary interface. Symposia in Applied Mathematics, American Mathematics Society (AMS) , 48. 311-333.

(1993). An implicit numerical method for fluid dynamics problems with immersed elastic boundaries. Contemporary Mathematics, American Mathematics Society (AMS), 141. 261-277.

(1992). The rapid evaluation of volume integrals of potential theory on general regions. Journal of Computational Physics, 100(2). 236-245.

(1992). Fast parallel iterative solution of Poisson's and the biharmonic equations on irregular regions. SIAMS Journal on Scientific and Statistical Computing, 13(1). 101-118.

(1992). On the numerical solution fo the biharmonic equation in the plane. Physica D, 60. 216-225.

(1991). A decomposition method for the finite difference method for the fourth order accurate solution of Poisson's equation on general regions. International Journal on High Speed Computing , 3(2). 89-106.

(1987). Simplified Printhead Structure for Magneographic Printing. Society for Information Display Digest, 1945-1949.

(1986). Rapid methods for the conformal mapping of multiconnected regions. Journal of Comput. and Applied Mathematics, 14. 143-153.

(1985). Fast, high order accurate solution of Laplace's equation on irregular regions. SIAM Journal Scientific and Statistical Computing, 6(1). 145-147.

Mayo, A. (1984). The fast solution of Poisson's and the biharmonic equations on irregular regions. SIAM J. Numer. Anal., 21(2). 285-304.

Book Chapters

Mayo, A. (2020). High Order Accurate Numerical Solution of the Heat Equation. In Columbus, N. (Ed.), A Closer Look at The Heat Equation United States. Nova Publishers.

Patents and Intellectual Properties

Mayo, A. (2004). Method for determining voltage, current and/or power distribution using a rectangular grid algorithm modified for nonrectangular holes and contacts. Regular. United States.

Presentations

Mayo, A. (2018, October 26). On the Accuracy of Particle Mesh Methods. Conference in Honor of Angela Cheer. Davis, CA: Department of Mathematics, UC Davis.

Mayo, A. (2018, July 18). On the Accuracy of Particle Mesh Methods. Recent Advances in Applied and Computaional Mathematics: A Workshop in Memory of Peter Smereka. Ann Arbor Michigan: Michigan Center for Applied and interdisciplinary Mathematics.

Mayo, A. A. (2017, July 25). Rapid Solution of The Modied Helmholtz and Heat Equations. 11th U.K. Conference on Boundary Integral Methods. Nottingham England: Nottingham University.

Mayo, A. (2012, April 30). On the numerical solution of the heat equation on general regions. Numerical Analysis. New York: Courant Institute.

Mayo, A. (2010, August 31). On the accuracy of interpolations weights in particle mesh calculations. Integral Equation Methods, Fast Algorithms and Applications. University of Minnesota: Institute for Mathematics and its Applications.

Mayo, A. (2010, June 30). Methods for accurate interpolation in fluid calculations. Fluid Dynamics, Analysis and Numerics, Conference in honor of Tom Beale. Duke University, North Carolina: National Science Foundation.

Mayo, A. (2008, July 31). High order accurate interpolation schemes for solutions of elliptic equations. SIAM National Meeting. San Diego: Society for Industrial and Applied Mathematics.

Mayo, A. (2007, June 30). On the numerical evaluation of option prices in the Variance Gamma model, pp.312-329. Proceedings 7th International Conference, Computational and Mathematical Methods in Science and Engineering. Chicago

Mayo, A. (2007, June 30). On the numerical evaluation of option prices in the Variance Gamma model. Seventh International Conference on Mathematical Methods in Science and Engineering. Chicago

Mayo, A. (2005, October 31). On a variety of particle mesh methods for the evaluation of fields. Math Department. : Duke University.

Mayo, A. (2005, October 31). On the accuracy of methods for evaluating integrals in potential theory in free space. Numerical Analysis Seminar. : Courant Institute, NYU.

Mayo, A. (2005, April 7). Numerical Evaluation of Option Prices in Jump Diffusion Models. Mathematical Finance Seminar. : Courant Institute, NYU.

Mayo, A. (2005, July 31). Fourth Order Accurate Evaluation of Integrals in Potential Theory on Exterior 3D Regions. SIAM National Meeting. New Orleans

Mayo, A. (2004, July 31). Rapid Evaluation of Multiple Volume Integral in Potential Theory. SIAM National Meeting. Portland, OR

Mayo, A. (2004, June 30). On the numerical evaluation of option prices in jump diffusion processes. 11th International Conference, Forecasting Financial Markets. Paris

Carr, P., & Mayo, A. (2004, June 30). On the numerical evaluation of option prices jump in diffusion models, CD ROM, Session_10:16:45.pdf. Proceedings Forecasting Financial Markets Conference. Paris

Mayo, A. (2004, January 31). On particle mesh methods for the evaluation of fields induced by vortex sheets. Math Department. : New Jersey Institute of Technology.

Mayo, A. (2001, August 31). Rapid, fourth order accurate evaluation of particular solutions of the biharmonic equation on general regions. American Mathematical Society (AMS) - Society for Industry and Applied Mathematics (SIAM) Summer Research Conference on Fast Algorithms. Mt. Holyoke

Mayo, A. (2001, July 31). Rapid, fourth order accurate solution of the steady Navier Stokes equations on general regions. International Conference on Dynamics of Continuous, Discrete and Impulsive Systems. : University Western Ontario.

Mayo, A. (2001, July 31). High Order Accurate Difference Methods for American Options. 11th INFORMS Applied Probability Society Conference. New York

Mayo, A. (2001, June 30). Fourth Order Finite Difference Method for American Options, pp. 195-215. Proceedings Joint Computational Finance/Forecasting Financial Markets Conference. : London Business School, University of London.

Mayo, A. (2000, June 30). Fourth Order Finite Difference Method for American Options. Joint Computational Finance/Forecasting Financial Markets Conference. : London Business School, University of London.

Mayo, A. (2000, February 28). On particle mesh methods for the evaluation of fields induced by vortex sheets. Conference on Sparse Representation of Integral Operators. Oberwolfach, Germany: Mathematics Institute.

Mayo, A. (2000, March 31). Rapid Mesh Methods for Solving Low Reynolds Number Fluid Equations. Switzerland: University of Zurich,.

Mayo, A. (1999, June 30). Integral equation methods for problems in fluid mechanics, minisymposium Sparse Approximation to Integral and Pseudo-Differential Operations: BEM/FEM Applications. MAFELAP99 Conference. Uxbridge, U.K.

Mayo, A. (1999, May 31). An Introduction to Derivative Pricing in the Financial and Commodity Markets. Seattle: Mathematics Department, University of Washington.

Mayo, A. (1997, July 31). Fourth order accurate finite difference methods for fluid problems on general regions, minisymposium, Cartesian grid methods for PDEs in complex geometry. SIAM Annual Meeting. Stanford

Greenbaum, A., Mayo, A., & Sonnad, V. (1996, December 31). Rapid parallel evaluation of integrals in potential theory on general three dimensional regions, pp. 115. Boundary Elements: Implementation and Analysis of Advanced Algorithms, Notes on Numerical Fluid Mechanics Vol. 54. Vieweg-Verlag, Braunschwieg, Wiebaden, Germany

Mayo, A. (1996, October 31). Across wafer nonuniformity in long throw sputter deposition. American Vacuum Society Meeting. Philadelphia

Mayo, A. (1996, October 31). Optical and film diagnostics of relative ionization uniformity in ionized magnetron PVD systems. American Vacuum Society Meeting. Philadelphia

Mayo, A. (1996, June 30). Deferred Correction Finite Difference Methods for the Evaluation of Integrals in Potential Theory and Low Frequency Scattering. 4th International Conference on Integral Methods in Science and Engineering. Oulu, Finland

Mayo, A. (1996, January 31). Rapid parallel evaluation of integrals in potential theory on general three dimensional regions. 12th GAMM Seminar on Boundary Integral Methods. Kiel, Germany

Mayo, A. (1995, November 30). Three dimensional computations in magnetics. : Mathematics Department, University California, Davis.

Mayo, A. (1995, August 31). On the evaluation of heat potentials on general regions. NIST (National Institute Science and Technology) workshop on large scale computation and realistic microstructure.

Mayo, A. (1995, July 31). Integral equation methods for Stokes flow and isotropic elasticity in the plane. SIAM National Meeting. San Diego

Mayo, A. (1994, December 31). Rapid evaluation of integrals in potential theory with applications magnetics and electrodeposition. : Computer Science Department, University of Maryland.

Mayo, A. (1994, November 30). Rapid evaluation of integrals in potential theory with applications to magnetics and electrodeposition. Upstate NY Numerical Analysis Conference. Cornell University

Mayo, A. (1994, July 31). A new class of interpolation weights for particle mesh methods. SIAM National Meeting. Chicago

Mayo, A. (1993, July 31). Fast, accurate solution of Laplace's equation in 3D. SIAM National Meeting. Philadelphia

Mayo, A. (1992, July 31). Application of integral equation methods to problems in elasticity and fluid dynamics. SIAM National Meeting. Los Angeles

Mayo, A. (1992, March 31). The rapid, high order accurate evaluation of volume integrals in potential theory. IMA. : University of Minnesota.

Mayo, A. (1991, July 31). An implicit method for fluid dynamics problems with immersed elastic boundaries. AMS-IMS-SIAM Summer Research Conference on Biofluid dynamics. Seattle

Mayo, A. (1981, December 31). The fast solution of Poissons and the biharmonic equations on general regions, pp 107-111. Proceedings International. Symposium on Computer Methods for Partial Differential Equations. Lehigh, PA

Mayo, A. (1979, December 31). Fast, high order methods for solving elliptic equations on general regions, pp 268-273. Proceedings International Symposium on Computer Methods for Partial Differential Equations. Lehigh, PA

Other Scholarly Works

Mayo, A. (2007). Numerical Methods for Static Replication, Subreplication and Superreplication of Options. 22.

In Progress.

Mayo, A. (2007). Particle-mesh methods for the evaluation of fields induced by vortex sheets. 23.

Mayo, A. (2007). Why the ADI method sometimes works well for valuing multi asset options, and why sometimes it doesn't. 15.

Baryshnikov, Y., Mayo, A., & Taylor, D. (1998). Pricing of CAT bonds. 19.

Mehdizadeh, S., Dukovic, J., Tsai, R., Deligianni, L., Andricacos, P., Mayo, A., & Horkans, J. (1994). Analysis of Plating-Rate Uniformity in C4 Fabrication. 52.

Mayo, A. (1994). Rapid, accurate methods for the solution of the Stokes problem in the presence of an immersed boundary. 18.

Mayo, A. (1991). The rapid evaluation of heat potentials on general regions. 13.

Mayo, A. (1990). New Method for the combination of finite difference and Integral Equation Methods. 1(1), 11-15.

Mayo, A. (1989). On the Accuracy of a Class of Momentum Conserving Particle Mesh Methods, and the Interpolation of Elliptic Functions on Uniform Meshes. 19.

Buturla, E., Coffey, M., Mayo, A., & Zug, R. (1986). Three Dimensional Nonlinear Magnetostatic Calculations Users Guide. 96.

Cole, W., Lominac, H., Mayo, A., & Tam, A. (1985). Magnetic Field Programs Using a Boundary Element Method. 52.

Reviews

Mayo, A., & Wong, S. (2006,January 1). C++Design Patterns and Derivative Pricing. M. Joshi, SIAM Review.

Mayo, A. (2003,January 1). Derivatives in Financial Markets. SIAM Review.

Research Currently in Progess

Mayo, A.(n.d.). On the Numerical Method for Computing Interface Motion in Stokes Flow. In Progress.

I plan to develop and implement fast numerical schemes for evaluating the motion of an interface in Stokes flow

TitleFunding Agency SponsorStart DateEnd DateAwarded DateTotal FundingStatus
Particle Mesh Methods for Field EvaluationPSC-CUNY 4107/01/201006/30/20113990Completed
New Interpolation Methods for Particle Mesh CalculationsPSC-CUNY 4007/01/200906/30/20102660Completed
Rapid Methods for Option Pricing in Jump Diffusion ModelsPSC-CUNY 3807/01/200706/30/20083990Completed

College

Committee NamePosition RoleStart DateEnd Date
Final Exam CommitteePresent
Calculus CommitteeCommittee MemberPresent
Taskforce on Quantitative PedagogyMember12/31/2008
WSAS Faculty Committee on Reseach and travelCommittee Member9/30/2008
Weissman School representative to Zicklin School12/31/2007
during registrationStudent Advisor12/31/2006
Student Faculty Disciplinary CommitteeCommittee Member12/31/2006

University

Committee NamePosition RoleStart DateEnd Date
PSC CUNY Research AwardsGrant Proposal Reviewer, Internal3/20/20174/20/2017
PSC CUNY Research Awards PanelCommittee Member4/20/20155/25/2015
Committee on Graduate StudiesCommittee Member10/1/200612/31/2008
PSC CUNY grant proposalsReferee3/1/20043/31/2005

Professional

OrganizationPosition RoleOrganization StateOrganization CountryStart DateEnd DateAudience
Present

Public

OrganizationPosition RoleOrganization StateOrganization CountryStart DateEnd DateAudience
Applied Numerical MathematicsGrant Proposal Reviewer, External5/1/20158/31/2015
Journal of Computational MathematicsReferee1/1/200612/31/2014
Journal of Computational PhysicsReferee1/1/200512/31/2014
University of WaterlooExternal Examiner PhD, Computer Science DepartmentOntarioCanada3/31/2010
SIAM J. Scientific ComputingReferee12/31/2007
European Journal of FinanceReferee12/31/2006
SIAM J. Scientific ComputingReferee1/1/200412/31/2005
European Journal of FinanceReferee12/31/2002
National Science FoundationReferee1/1/199912/31/2000
SIAM J. Scientific ComputingReferee1/1/199812/31/2000
Numerical Methods in Partial Differential Equations, Fifth IEEE Biennial Conference on Electromagnetic Field ComputationEditorial Board12/31/1992
Organizing Committee, AMS-IMS (Institute of Mathematical Sciences)-SIAM Summer Research Conference on Biofluiddynamics12/31/1991