| 1. | Marine acoustics: direct and inverse problems |
| 2. | Mathematica laboratories for mathematical statistics: emphasizing simulation and computer intensive methods |
| 3. | Mathematical analysis of viscoelastic flows |
| 4. | Mathematical and computational techniques for multilevel adaptive methods |
| 5. | Mathematical aspects of geometric modeling |
| 6. | Mathematical aspects of numerical grid generation |
| 7. | Mathematical biofluiddynamics |
| 8. | Mathematical control theory of coupled PDEs |
| 9. | Mathematical methods in image reconstruction |
| 10. | Mathematical modeling in optical science |
| 11. | Mathematical modelling: classroom notes in applied mathematics |
| 12. | Mathematical models in biology |
| 13. | Mathematical models: mechanical vibrations, population dynamics, and traffic flow: an introduction to applied mathematics |
| 14. | Mathematical optimization and economic theory |
| 15. | Mathematical principles of optical fiber communications |
| 16. | Mathematical problems in linear viscoelasticity |
| 17. | Mathematical problems in the biological sciences |
| 18. | Mathematical theories of populations: demographics, genetics, and epidemics |
| 19. | Mathematical theory of reliability |
| 20. | Mathematics applied to continuum mechanics |
| 21. | Mathematics applied to deterministic problems in the natural sciences |
| 22. | Mathematics in industry: challenges and frontiers: a process view: practice and theory |
| 23. | Mathematics of genetic diversity |
| 24. | MATLAB guide, Second Edition |
| 25. | Matrix algorithms volume I: basic decompositions |
| 26. | Matrix algorithms volume II: eigensystems |
| 27. | Matrix analysis and applied linear algebra |
| 28. | Matrix analysis for scientists and engineers |
| 29. | Matrix methods in data mining and pattern recognition |
| 30. | Methods and applications of interval analysis |
| 31. | Methods for solving systems of nonlinear equations |
| 32. | Methods of dynamic and nonsmooth optimization |
| 33. | Methods of mathematical economics: linear and nonlinear programming, fixed-point theorems |
| 34. | Mining imperfect data: dealing with contamination and incomplete records |
| 35. | Multigrid methods |
| 36. | Multilevel adaptive methods for partial differential equations |
| 37. | Multilevel projection methods for partial differential equations |
| 38. | Multiple decision procedures: theory and methodology of selecting and ranking populations |
| 39. | Multivariate approximation theory: selected topics |
| 40. | Multivariate splines |
| 41. | Multivariate statistical process control with industrial applications |
JAYPEE UNIVERSITY OF INFORMATION TECHNOLOGY
