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- MTH424: Convex Analysis (Spring 2024)
- ubgradient, Characterizations and applications in linear and nonlinear optimization. ====Quizzes and Assignments==== * Assignment 01 | {{ :atiq:sp24-mth424-a0... v=onepage&q&f=false|Google Book Preview]]) - Nonlinear Programming Theory and Algorithms, 3rd Edition, b
- MTH103: Exploring Quantitative Skills
- ges will be discussed. Students will also explore linear models, including rectangular coordinates, functi... tions, absolute value function, inverse function, linear functions, polynomial functions, rational functio... related to functions. === Algebraic Models: === Linear equations, quadratic equations and their applicat
- MATH-300: Basic Mathematics for Chemist
- erties and use in chemical problems. solutions of linear equations (simple, determinant and matrices metho
- MTH604: Fixed Point Theory and Applications (Fall 2022)
- ems fixed point theorem and its application to nonlinear differential equations, nonlinear integral equations, real and complex implicit functions theorems and system of nonlinear equations. Some generalizations and similar resul... ic spaces, complete metric spaces, Vector spaces (linear spaces) normed spaces, Banach spaces, Banachs con
- MTH604: Fixed Point Theory and Applications (Spring 2021)
- ems fixed point theorem and its application to nonlinear differential equations, nonlinear integral equations, real and complex implicit functions theorems and system of nonlinear equations. Some generalizations and similar resul... ic spaces, complete metric spaces, Vector spaces (linear spaces) normed spaces, Banach spaces, Banachs con
- MTH604: Fixed Point Theory and Applications (Spring 2020)
- ems fixed point theorem and its application to nonlinear differential equations, nonlinear integral equations, real and complex implicit functions theorems and system of nonlinear equations. Some generalizations and similar resul... ic spaces, complete metric spaces, Vector spaces (linear spaces) normed spaces, Banach spaces, Banachs con
- MTH633: Advanced Convex Analysis (Spring 2019)
- subgradient, characterization and applications in linear and nonlinear optimization, complementarity problems and its equivalent formulations. ====Assignment====
- MTH604: Fixed Point Theory and Applications
- ems fixed point theorem and its application to nonlinear differential equations, nonlinear integral equations, real and complex implicit functions theorems and system of nonlinear equations. Some generalizations and similar resul... ic spaces, complete metric spaces, Vector spaces (linear spaces) normed spaces, Banach spaces, Banachs con
- MTH633: Advanced Convex Analysis (Spring 2017)
- subgradient, characterization and applications in linear and nonlinear optimization, complementarity problems and its equivalent formulations. ===== Recommended
- MTH633: Advanced Convex Analysis (Spring 2015)
- subgradient, characterization and applications in linear and nonlinear optimization, complementarity problems and its equivalent formulations. ===== Notes Handou
- MTH633: Advanced Convex Analysis
- subgradient, characterization and applications in linear and nonlinear optimization, complementarity problems and its equivalent formulations. ===== Recommended
- MATH-731: Convex Analysis
- ets and affine sets, Convex functions on a normed linear space, Continuity of convex functions on normed linear space, Differentiable convex function on normed linear space, The support of convex functions, Differentiability of convex function on normed linear space. ==== Recommended books: ==== - Jonath
- MTH231: Linear Algebra
- ====== MTH231: Linear Algebra ====== ===== Introduction ===== Linear algebra is the branch of mathematics deals with algebraic equations, spaces (vector and scalar), linear mappings between such spaces etc. Combined with the theory of calculus, linear algebra ensures to have methodologies to compute
- MATH-505: Complex Analysis
- riable, General properties of analytic functions, Linear transformations, Basic properties of linear transformation, mapping for problems, stereographic projectio
- MATH-301: Complex Analysis
- riable, General properties of analytic functions, Linear transformations, Basic properties of linear transformation, mapping for problems, stereographic projectio