Institute of Mathematics
New Acquisitions 2019
| TITLE | AUTHOR/EDITOR | EDITION | DATE OF PUBLICATION |
| Mathematics for physicists | Huaiyu Wang | c2017 | |
| Stats : data and models | Richard D. De Veaux, Paul F. Velleman & David E. Bock | 4th ed. | c2016 |
| Discrete mathematics | Richard Johnsonbaugh | 8th ed. | c2018 |
| Discovering group theory : a transition to advanced mathematics | Tony Barnard & Hugh Neill | c2017 | |
| Introduction to computation and modeling for differential equations | Lennart Edsberg | 2nd ed. | c2016 |
| Exploring geometry | Michael Hvidsten | 2nd ed. | c2017 |
| Methods for partial differential equations: qualitative properties of solutions, phase space analysis, semilinear models | Marcelo R. Ebert & Michael Reissig | c2018 | |
| An invitation to applied mathematics: differential equations, modeling, and computation | Carmen Chicone | c2017 | |
| 2D and 3D image analysis by moments | Jan Flusser, Tomas Suk and Barbara Zitova | c2017 | |
| Abstract methods in information theory | Yuichiro Kakihara | 2nd ed. | c2016 |
| Differential geometry of curves & surfaces. Revised & Updated | Manfredo P. Do Carmo | 2nd ed. | c2016 |
| Discrete mathematics with graph theory | Edgar G. Goodaire, Michael M. Parmenter | 3rd ed. | c2018 |
| Elementary number theory with programming | Marty Lewinter, Jeanine Meyer | c2016 | |
| Functions of a complex variable | Hemant Kumar Pathak, Ravi P. Agarwal, Yeol Je Cho | c2016 | |
| Making and breaking mathematical sense : histories and philosophies of mathematical practice | Roi Wagner | c2017 | |
| Principles of fourier analysis | Kenneth B. Howell | 2nd ed. | c2017 |
| Real analysis and foundations | Steven G. Krantz | 4th ed. | c2017 |
| Tensor calculus for physics : a concise guide | Dwight E. Neuenschwander | c2015 | |
| Calculus : early transcendentals | James Stewart | 8th ed. | c2016 |
| Discrete structures, logic, and computability | James L. Hein | 4th ed. | c2017 |
| Stochastic processes : from applications to theory | Pierre Del Moral, Spiridon Penev | c2017 | |
| Asymptotic differential algebra and model theory of transseries | Matthias Aschenbrenner, Lou van den Dries, Joris van der Hoeven | c2017 | |
| CRC Standard mathematical tables and formulas | Dan Zwillinger (editor) | 33rd ed. | c2018 |
| A first course in the finite element method | Daryl L. Logan | 6th ed. | c2017 |
| Mathematics for physicists | Huaiyu Wang | c2017 | |
| MATLAB : apractical introduction to programming and problem solving | Stormy Attaway | 4th ed. | c2017 |
| Mathematical analysis and applications: selected topics | MIchael Ruzhansky, Hemen Dutta, Ravi P. Agarwal, editors | c2018 | |
| Differential geometry of curves and surfaces | Masaaki Umehara, Kotaro Yamada | c2015 | |
| Groups , languages and automata | Derek F. Holt, Sara Rees, Claas E. Rover | c2017 | |
| Stochastic differential equations: an introduction woth applications in population dynamics modeling | Michael J. Panik | c2017 | |
| Techniques of functional analysis for differential and integral equations | Paul Sacks | c2017 | |
| The beauty of numbers in nature: mathematicsl patterns and principles from the natural world | Ian Stewart | c2017 | |
| A friendly approach to functional analysis | Amol Sasane | c2017 | |
| Analysis and mathematical physics | Shaun Bullett, Tom Fearn, Frank Smith (editors) | c2017 | |
| Applied mathematics for the analysis of biomedical data : models, methods, and MATLAB | Peter J. Costa | c2017 | |
| Robust correlation : theory and applications | Georgy L. Shevlyakov, Hannu Oja | c2016 | |
| A concrete introduction to real analysis | Robert Carlson | 2nd ed. | c2018 |
| Solving problems in geometry : insights and strategies | Kim Hoo Hang, Haibin Wang | c2017 | |
| A beginner's further guide to mathematical logic | Raymond Smullyan | c2017 | |
| An introduction to proof through real analysis | Daniel J. Madden and Jason A. Aubrey | c2017 | |
| Geometry of convex sets | L. E. Leonard and J. E. Lewis | c2016 | |
| Lectures, problems and solutions for ordinary differential equations | Yuefan Deng | 2nd ed. | c2018 |
| Philosophy of mathematics | Oystein Linnebo | c2017 | |
| Computer-hardware evaluation of mathematical functions | Amos Omondi | c2016 | |
| Inequalities in analysis and probability | Odile Pons | 2nd ed. | c2017 |
| Probability and expectation | Zun Shan | c2016 | |
| Solution techniques for elementary partial differential equations | Christian Constanda | 3rd ed. | c2016 |
| Problems and solutions in differential geometry, lie series, differential forms, relativity and applications | Willi-Hans Steeb | c2018 | |
| The story of numbers | Asok Kumar Mallik | c2018 | |
| Measures, integrals and martingales | Rene L. Schilling | 2nd ed. | c2017 |
| Simplicity theory | Byunghan Kim | c2014 | |
| An introduction to harmonic analysis | Yitzhak Katznelson | 3rd ed. | c2004 |
| Lectures on quantum groups | Pavel Etingof and Olivier Schiffmann | 2nd ed. | c2010 |
| Numerical optimization | Jorge Nocedal and Stephen J. Wright | 2nd ed. | c2006 |
| Options, futures, and other derivatives | John C. Hull | 10th ed. | c2018 |
| Trigonometric series. Volume 1 & 2 combined | A. Zygmund | 3rd ed. | c2003 |
| Differential equations : an introduction to basic concepts, results and applications | Ioan I. Vrabie | 3rd ed. | c2016 |
| A conversational introduction to algebraic number theory: arithmetic beyond z | Paul Pollack | c2017 | |
| Algebraic number theory | Frazer Jarvis | c2014 | |
| An introduction to algebraic number theory | Takashi Ono | c1990 | |
| Classical and multilinear harmonic analysis. Volume 1 | Camil Muscalu and Wilhelm Schlag | c2016 | |
| Lectures on the Mordell-Weil theorem | Jean-Pierre Serre | c1989 | |
| Discrete problems in nature inspired algorithms | Anupam Shukla, Ritu Tiwari | c2018 | |
| Logic as a tool : a guide to formal logical reasoning | Valentin Goranko | c2016 | |
| Reinsurance: actuarial and statistical aspects | Hansjorg Albrecher, Jan Beirlant and Jozef L. Teugels | c2017 | |
| Aperiodic order. Volume 2: crystallography and almost periodicity | Michael Baake and Uwe Grimm, editors | c2017 | |
| Lectures on elliptic curves | J.W.S. Cassels | c1995 | |
| Classical fourier analysis | Loukas Grafakos | 2nd ed. | c2010 |
| Elliptic curves, modular forms, and Fermat's last theorem | John H. Coates and Shing-Tung Yau, editors | 2nd ed. | c2010 |
| Elliptic curves | Anthony W. Knapp | c1992 | |
| Predictive modeling applications in actuarial science: volume 1: predictive modeling techniques | Edward W. Frees, Richard A. Derrig and Glenn Meyers, editors | c2014 | |
| Rational points on elliptic curves | Joseph H. Silverman and John T. Tate | 2nd ed. | c2015 |
| The arithmetic of elliptic curves | Joseph H. Silverman | 2nd ed. | c2010 |
| Differential geometry: curves--surfaces--manifolds | Wolfgang Kuhnel | 3rd ed. | c2015 |
| Introductory topology: exercises and solutions | Mohammed Hichem Mortad | 2nd ed. | c2017 |
| Matrix groups for undergraduates | Kristopher Tapp | 2nd ed. Vol. 79 | c2016 |
| Ordinary and partial differential equations for the beginner | Laszlo Szekelyhidi | c2016 | |
| A first course in mathematical logic and set theory | Michael L. O'Leary | c2016 | |
| Actuarial statictics with R: theory and case studies | Goujan Gan and Emiliano Valdez | c2018 | |
| Introduction to the theory of statistics | Alexander Mood, Franklin Graybill and Duane Boes | 3rd ed. | c1974 |
| Introduction to mathematical portfolio theory | Mark S. Joshi and Jane M. Paterson | c2013 | |
| Introductory time series with R | Paul S.P. Cowpertwait and Andrew V. Metcalfe | c2009 | |
| An introduction to mathematical biology | Linda J.S. Allen | c2007 | |
| Applied regression analysis and generalized linear models | John Fox | 3rd ed. | c2016 |
| Fourier analysis | T.W. Korner | c2004 | |
| Fourier analysis: part 1 theory | Adrian Constantin | c2016 | |
| Insurance risk and ruin | David C.M. Dickson | 2nd ed. | c2017 |