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Mathematics (184 Courses) |
1 |
Elementary Numerical Analysis |
2 |
Measure and Integration |
3 |
Mathematics in India - From Vedic Period to Modern Times |
4 |
Stochastic Processes |
5 |
Formal Languages and Automata Theory |
6 |
Complex Analysis |
7 |
Applied Multivariate Analysis |
8 |
Calculus of Variations and Integral Equations |
9 |
Linear programming and Extensions |
10 |
Convex Optimization |
11 |
Foundations of Optimization |
12 |
Probability Theory and Applications |
13 |
Advanced Engineering Mathematics |
14 |
Functional Analysis |
15 |
Numerical methods of Ordinary and Partial Differential Equations |
16 |
Optimization |
17 |
Probability and Statistics |
18 |
Regression Analysis |
19 |
Statistical Inference |
20 |
A Basic Course in Real Analysis |
21 |
An Introduction to Riemann Surfaces and Algebraic Curves |
22 |
Linear Algebra |
23 |
Mathematical Logic |
24 |
Real Analysis |
25 |
NOC:An invitation to Mathematics |
26 |
Discrete Mathematics |
27 |
Advanced Matrix Theory and Linear Algebra for Engineers |
28 |
Ordinary Differential Equations & Applications |
29 |
NOC:Basic Calculus for Engineers, Scientists and Economists |
30 |
Statistical Methods for Scientists & Engineers |
31 |
Advanced Complex Analysis - Part 1 |
32 |
NOC:Discrete Mathematics |
33 |
NOC:Applied Multivariate Statistical Modeling |
34 |
NOC:Probability and Statistics |
35 |
NOC:Probability and Stochastics for finance |
36 |
Dynamic Data Assimilation: An Introduction |
37 |
Advanced Complex Analysis - Part 2 |
38 |
NOC:Partial Differential Equations (PDE) for Engineers: Solution by Separation of Variables |
39 |
NOC:Differential Calculus in Several Variables |
40 |
NOC:Stochastic Processes - 1 |
41 |
NOC:Curves and Surfaces |
42 |
Basic Algebraic Geometry |
43 |
NOC:Introduction to Commutative Algebra |
44 |
NOC:Linear Algebra |
45 |
NOC:Linear Regression Analysis & Forecasting |
46 |
NOC:Stochastic Processes |
47 |
NOC:Mathematical Methods & its Applications |
48 |
NOC:Introductory Course in Real Analysis |
49 |
NOC:Modeling Transport Phenomena of Microparticles |
50 |
NOC:Nonlinear Programming |
51 |
NOC:Numerical Methods |
52 |
NOC:Introduction to R Software |
53 |
NOC:Measure Theory |
54 |
NOC:Differential Equations for Engineers |
55 |
NOC:Integral Equations, Calculus of Variations and its Applications |
56 |
NOC:Numerical Analysis |
57 |
NOC:Constrained and Unconstrained Optimization |
58 |
NOC:Graph Theory |
59 |
NOC:Numerical Methods: Finite Difference Approach |
60 |
NOC:Calculus for Economics, Commerce and Management |
61 |
NOC:Multivariable Calculus |
62 |
NOC:Numerical Linear Algebra |
63 |
NOC:Chaotic Dynamical Systems |
64 |
NOC:Introduction to Probability Theory and Stochastic Processes |
65 |
NOC:Statistical Inference |
66 |
NOC:Matrix Solver |
67 |
NOC:Introduction to Abstract & Linear Algebra |
68 |
NOC:Transform Techniques for Engineers |
69 |
NOC:Introduction to Probability and Statistics |
70 |
NOC:Introduction to Abstract Group Theory |
71 |
NOC:Groups : Motion, Symmetry and Puzzles |
72 |
NOC:Ordinary and Partial Differential Equations and Applications |
73 |
NOC:Matrix Analysis with Applications |
74 |
NOC:Mathematical Modelling: Analysis and Applications |
75 |
NOC:Basic Linear Algebra |
76 |
NOC:Commutative Algebra |
77 |
NOC:Galois Theory |
78 |
NOC:Descriptive Statistics with R Software |
79 |
NOC:Engineering Mathematics - I |
80 |
NOC:Integral and Vector Calculus |
81 |
NOC:Transform Calculus and its applications in Differential Equations |
82 |
NOC:Dynamical System and Control |
83 |
NOC:Advanced Engineering Mathematics |
84 |
NOC:Statistical Inference (2019) |
85 |
NOC:Integral Transforms And Their Applications |
86 |
NOC:Introduction to Fuzzy Set Theory, Arithmetic and Logic |
87 |
Introduction to Methods of Applied Mathematics |
88 |
NOC:Mathematical Finance |
89 |
NOC:Calculus of Several Real Variables |
90 |
NOC:Mathematical Methods for Boundary Value Problems |
91 |
NOC:Introduction to Rings and Fields |
92 |
NOC:Higher Engineering Mathematics |
93 |
NOC:Operations Research |
94 |
NOC:Basic Real Analysis |
95 |
NOC:Advanced Probability Theory |
96 |
NOC:Engineering Mathematics - II |
97 |
NOC:Probabilistic Methods in PDE |
98 |
NOC:Linear Algebra (Prof. Pranav Haridas) |
99 |
NOC:An Introduction to Smooth Manifolds |
100 |
NOC:Measure Theory (Prof. E. K. Narayanan) |
101 |
NOC:Introduction to Algebraic Geometry and Commutative Algebra |
102 |
NOC:A Basic Course in Number Theory |
103 |
NOC:Scientific Computing using Matlab |
104 |
NOC:Non-parametric Statistical Inference |
105 |
NOC:Mathematical Portfolio Theory |
106 |
NOC:Linear Algebra |
107 |
NOC:Computational Number Theory & Algebra |
108 |
NOC:Algebra - I |
109 |
NOC:Computational Commutative Algebra |
110 |
NOC:Laplace Transform |
111 |
NOC:Measure Theory |
112 |
NOC:Complex Analysis |
113 |
NOC:Real Analysis - I |
114 |
NOC:Essential Mathematics for Machine Learning |
115 |
NOC:Introduction to Algebraic Topology-Part I |
116 |
NOC:Basic Calculus 1 and 2 |
117 |
NOC:Advanced Partial Differential Equations |
118 |
NOC:Essentials of Data Science With R Software 1: Probability and Statistical Inference |
119 |
NOC:Essentials of Data Science With R Software 2: Sampling Theory and Linear Regression Analysis |
120 |
NOC:Variational Calculus and its applications in Control Theory and Nanomechanics |
121 |
NOC:Introduction to Galois Theory |
122 |
NOC:Basic Calculus 1 |
123 |
NOC:Functional Analysis |
124 |
NOC:Mathematical Methods in Physics 1 |
125 |
NOC:Computational Mathematics with SageMath |
126 |
NOC:Introduction to Probability (with examples using R) |
127 |
NOC:Algebra-II |
128 |
NOC:First Course on Partial Differential Equations-I |
129 |
NOC:Introduction to Algebraic Topology - Part II |
130 |
NOC:Partial Differential Equations |
131 |
NOC:Matrix Computation and its applications |
132 |
NOC:Measure Theoretic Probability 1 |
133 |
NOC:Mathematical Methods in Physics 2 |
134 |
NOC:Real Analysis - II |
135 |
NOC:Sobolev Spaces and Partial Differential Equations |
136 |
NOC:Combinatorics |
137 |
NOC:Our Mathematical Senses |
138 |
NOC:First Course on Partial Differential Equations - II |
139 |
Matrix Theory |
140 |
NOC:An Introduction to Point-Set-Topology - Part I |
141 |
NOC:Discrete-time Markov Chains and Poission Processes |
142 |
NOC:Introduction to Queueing Theory |
143 |
NOC:Algebraic Combinatorics |
144 |
NOC:An Invitation to Topology |
145 |
NOC:An Introduction to Point-Set-Topology - Part II |
146 |
NOC:Introduction to Probability Theory and Statistics |
147 |
NOC:Foundations of R Software |
148 |
NOC:Foundations of R Software (In Hindi) |
149 |
NOC:Advanced Calculus For Engineers |
150 |
NOC:Rings and Modules |
151 |
NOC:Operator Theory |
152 |
NOC:Measure and Integration |
153 |
NOC:Approximate Reasoning using Fuzzy Set Theory |
154 |
NOC:Probability-II with Examples Using R |
155 |
NOC:Fourier Analysis and its Applications |
156 |
NOC:Numerical Analysis (2023) |
157 |
NOC:An Introduction to Hyperbolic Geometry |
158 |
NOC:A Primer to Mathematical Optimization |
159 |
NOC:Advanced Computational Techniques |
160 |
NOC:Applied Linear Algebra in AI and ML |
161 |
NOC:Advanced Engineering Mathematics |
162 |
NOC:Predictive Analytics - Regression and Classification |
163 |
NOC:Advanced Linear Algebra |
164 |
NOC:C* Algebras and Spectral Theorem |
165 |
NOC:Point Set Topology |
166 |
NOC:Measure Theoretic Probability 2 |
167 |
NOC:Essentials of Topology |
168 |
NOC:Introduction to Algebraic Geometry |
169 |
NOC:Advanced Partial Differential Equations (Part I: Distributions and Sobolev Spaces) |
170 |
NOC:Set Theory and Mathematical Logic |
171 |
NOC:Numerical Linear Algebra and Application |
172 |
NOC:Introduction to Statistics |
173 |
NOC:Advanced Course on Partial Differential Equations - II |
174 |
NOC:Introduction to Group Theory |
175 |
NOC:Introduction to Lie Algebras |
176 |
NOC:Introduction to Probability Theory and Stochastic Processes (Tamil) |
177 |
NOC:Introduction to Fourier Analysis |
178 |
NOC:Ordinary Differential Equations |
179 |
NOC:Category Theory |
180 |
NOC:Mathematics for Machine Learning |
181 |
NOC:Advanced Theory of Ordinary Differential Equations |
182 |
NOC:Probability Theory for Data Science |
183 |
NOC:EXCELing with Mathematical Modeling |
184 |
NOC:Representation Theory of General Linear Lie Algebra |