Math_TABLES
Table of Contents
Ordinary Differential Equations
Parital Differential Equations
| Author | |
|---|---|
| A Level Pure Mathematics 1 | Neill |
| A level Pure Mathematics 2 & 3 | Neill |
| Advanced Calculus | Kaplan |
| Advanced Calculus for Applications | Hildebrand |
| Applied Calculus | Calaway |
| Applied Mathematics for Advanced Level | Mulholland |
| Applied Mathematics One | Ketema |
| Chaos:Classical and Quantum | Cvitanovi?c, |
| Chaos Theory: Two Essays on Market Anarchy | Murphy |
| Chaos Theory and Organization | Thietart |
| Higher Engineering Mathematics | Bird |
| Introduction to Methods of Applied Mathematics | Mauch |
| Lecture Notes on Applied Mathematics | Hunter |
| Methods of Applied Mathematics | Arbogast |
| Music: A Mathematical Offering | Benson |
| Operational Methods Applied Mathematics | Carslaw |
| Topics in Applied Mathematics and Nonlinear Waves | Jakobsen |
| Techniques of Applied Mathematics | Fowler |
| Author | |
|---|---|
| A Summary of Calculus | Dovermann |
| Active Calculus | Boelkins |
| Calculus | |
| Calculus | Anton |
| Calculus | Guichard |
| Calculus | Strang |
| Calculus | Thomas |
| Calculus Applications and Theory | Kuttler |
| Calculus Concepts and Contexts | Stewart |
| Calculus I | Dawkins |
| Calculus I | Marsden |
| Calculus I for Computer Science and Statistics Students | Philip |
| Calculus II | Dawkins |
| Calculus II | Marsden |
| Calculus III | Dawkins |
| Calculus III | Marsden |
| Calculus Made Easy | Thompson |
| Calculus: A Modern Approach | Beyer |
| Difference Equations to Differential Equations: An Introduction to Calculus | Sloughter |
| Differential and Integral Calculus | |
| Elementary Calculus: An Approach Using Infinitesimals | Keisler |
| Introduction to Calculus V.1 | Heinbockel |
| Introduction to Calculus V.2 | Heinbockel |
| Reform Calculus: Part I | Finan |
| Schaum’s Outlines: Calculus 5th Ed. | |
| Single Variable Calculus – Early Transcendentals | Guichard |
| Single Variable Calculus – Late Transcendentals | Guichard |
| Undertanding Basic Calculus | Chung |
| Vector Calculus | Marsden |
| Author | |
|---|---|
| A Collection of Problems in Differential Calculus | Jungic |
| Differential Calculus | NARAYAN |
| Differential Calculus of Several Variables | Perkinson |
| Lepler’s Laws with an Introduction to Differential Calculus | Plakhotnyk |
| Author | |
|---|---|
| Integral Calculus | Agarwal |
| Integral Calculus Formula Shee |
| Author | |
|---|---|
| Active Calculus Multivariable | Schlicker |
| Multivariable Calculus | Cain |
| Multivariable Calculus | Cook |
| Multivariable Calculus | Herod |
| Multivariable Calculus | Larson |
| Multivariable Calculus | Shurman |
| Multivariable Calculus | Stewart |
| Author | |
|---|---|
| Acvanced Calculus | |
| Advanced Calculus | |
| Advanced Calculus | Buck |
| Advanced Calculus | Kaplan |
| Advanced Calculus | Loomis |
| Advanced Calculus | Taylor |
| Advanced Calculus | Weikard |
| Advanced Calculus Demystified | Bachman |
| Advanced Calculus for Applications | Hildebrand |
| Advanced Mathematics for Engineers | Ertel |
| Analysis I | Tao |
| Analysis II | Tap |
| Calculus on Manifolds A Modern Approach to Classical Theorems of Advanced Calculus | Spivak |
| Functional Analysis | Rudin |
| Multivariable Advanced Calculus | Kuttler |
| Principles of Mathematical Analysis | Rudin |
| Real and Complex Analysis | Rudin |
| Schaum’s Outline: Advanced Calculus | Wede |
| Author | |
|---|---|
| PreCalculus | Abramson |
| PreCalculus with Limits | Larson |
| PreCalculus: Workbook for Dummies | Bureger |
| PreCalculus | Larson |
| PreCalculus | Stitz |
| PreCalculus | Tradler |
| PreCalculus An Investigation of Functions | Lippman |
| Author | |
|---|---|
| A Colorful Introduction to Cellular Automata | Capobianco |
| Cellular Automata Offer A New Outlook on Life- the Universe and Everthing | Jen |
| Cellular Automata: Basic Intro | Tesfatsion |
| Complex Dynamics Emerging in Rule 30 with Majority Memory | Mart |
| Morphology and Dynamics of Galaxies | Kent |
| Wheels – Life and other Mathematical Amusements | Gardner |
| Author | |
|---|---|
| JCASim: Cellular automata simulation system | Weimer |
| Author | |
|---|---|
| Asymptotic Differential Algebra | Aschenbrenner |
| Differential algebra on lattice Green functions and Calabi Yau operators | Boukra |
| Differential Algebraic Lie Algebras | Cassidy |
| Differential Algebraic Topology | Kreck |
| Notes on Differential Algebra | Dale |
| Stability criteria for nonlinear fully implicit differential-algebraic systems | Menrath |
| Author | |
|---|---|
| A First Course in Discrete Mathematics | Anderson |
| Algegraic Number Theory | Mollin |
| An Introduction to Combinatorics and Graph Theory | Guichard |
| Applied Finite Mathematics Applied Finite Mathematics | Sekhon |
| Discrete and Combinatorial Mathematics | Grimaldi |
| Discrete Mathematics | Gallier |
| Discrete Mathematics | Lov?asz |
| Discrete Mathematics and its Applications | Rosen |
| Discrete Mathematics DeMystified | Krantz |
| Discrete Mathematics for Computer Science | Haggard |
| Discrete Mathematics: An Open Introduction | Levin |
| Finite Mathematics | waner |
| Finite Mathematics | |
| Handbook of Discrete and Combinatorial Mathematics | Rosen |
| Mathematics for Computer Science | Lehman |
| Mathematics: A Discrete Introduction | Scheinerman |
| Notes on Discrete Mathematics | Lerma |
| Author | |
|---|---|
| A Cominatorial Game Theoretic Analysis of Chess Endgames | Wu |
| A Course in Game Theory | Osborne |
| A Short Introduction to Game Theory | Hotz |
| Algorithmic Game Theory | Hotz |
| An Introduction to Game Theory | Koc?kesen |
| An Introduction to Game Theory | Osborne |
| Essentials of Game Theory | Brachman, |
| Game Theory | Alive |
| Game Theory | Ferguson |
| Game Theory | Karlin |
| Game Theory | Turocy |
| Game Theory Through Examples | Prisner |
| Game Theory: Analysis of Conflict | Myerson |
| Game Theory: Lecture Notes | Griffin |
| Introduction to Game Theory | Cave |
| Logic and the Foundations of Game and Decision Theory | Bonanno |
| Multiagent Systems: Algorithmic Game-Theoretic and Logical Foundations | Shoham |
| Political Game Theory | McCarty |
| The Compleat Strategyst | Williams |
| Theory Of Games And Economic Behavior | Neumann |
| Theory of Games: an Introduction | Raoof |
| Author | |
|---|---|
| Algebraic Graph Theory | Goetzberger |
| An Introduction to Combinatorics and Graph Theory | Guichard |
| Fractional Graph Theory | Scheinerman |
| Graph Theory | Axenovich |
| Graph Theory | Diestel |
| Graph Theory | Leighton |
| Graph Theory | Ruohonen |
| Lecture Notes on Graph Theory | Harju |
| Author | |
|---|---|
| An Introduction to Spectral Graph Theory | Jiang |
| Basics of Graph Theory | |
| Intersection Graphs: An Introduction | Pai |
| Lectures on Spectral Graph Theory | Chung |
| Author | |
|---|---|
| An Introduction to Algebraic Graph Theory | Beezer |
| Graph Theory and Application | Dooren |
| Graph Theory Tutorial | |
| Introduction to Graph Theory | Dickson |
| Introduction to Graph Theory | Samatova |
| Author | |
|---|---|
| Prealgebra Textbook | Arnold |
| California Algebra 1 | |
| Algebra 1 | Larson |
| Algebra 1 | Schierer |
| Elementary Algebra | Redden |
| Equations and Inequalities |
| Author | |
|---|---|
| Advanced Algebra 2 | |
| Algebra and Trigonometry | Abramson |
| Algebra 2 and Trigonometry | Gantert |
| Glencode Algebra 2 |
| Author | |
|---|---|
| Beginning and Intermediate Algebra | Wallace |
| College Algebra | Abramson |
| College Algebra | Sathaye |
| College Algebra | Stitz |
| College Algebra | |
| College Algebra for STEM | Finan |
| Lecture Notes: College Algebra | Lee |
| Author | |
|---|---|
| A Textbook for High School Students Studying Maths. | FHSST |
| Compiled and Solved Problems in Geometry and Trigonometry | Smarandache |
| Course of Analytical Geometry | Sharipov |
| Elementary College Geometry | Africk |
| Euclid’s ‘Elements’ Redux | Callahan |
| Fundamentals of Geometry | Belyaev |
| Geometry | Heinbockel |
| Author | |
|---|---|
| An Investigation of Functions | Lippman |
| Calculus I | Dawkins |
| Pre-Calculus 12 | |
| First Semester Calculus | Angenent |
| Pre-Calculus: Mathematics for Calculus | Stewart |
| Pre-Calculus | Abramson |
| Pre-Calculus | Collingwood |
| Pre-Calculus | Kuniyuki |
| Pre-Calculus | Stitz |
| Pre-Calculus | Sullivan |
| Pre-Calculus | Tradler |
| Pre-Calculus An Investigation of Functions | Lippman |
| Pre-Calculus with Geometry and Trigonometry | Sathaye |
| Pre-Calculus: Workbook for Dummies | Bureger |
| Pre-Calculus with Limits | Larson |
| Author | |
|---|---|
| A Semester Course in Trigonometry | Finan |
| College Trigonometry | Stitz |
| Compiled and Solved Problems in Geometry and Tronometry | |
| CK-12 Trigonometry | Landers |
| Plane Trigonometry | Dresden |
| Spherical Trigonometry | Todunter |
| The Young Trigonometer’s Compleat Guide Being the Mystery and Rationale of Spherical Trigonometry Made Clear and Easy | |
| Trigonometry | Corral |
| Trigonometry | Lenov |
| Trigonometry | Sundstrom |
| Trigonometry Notes | Sy |
| Author | |
|---|---|
| Geometry Notes | Acellus |
| Geometry I Lecture Notes | Salamon |
| Introduction to the Geometry of the Triangle | Yiu |
| Plane Geometry | Wentworth |
| The Pythagorean Theorem: Crown Jewel of Mathematics | Sparks |
| Author | |
|---|---|
| A Modern Approach to Operations Management | Roy |
| An Introduction to Linear Programming | Miller |
| An Introduction to Linear Programmng and Game Theory | Thie |
| Introduction to Linear Optimization | Bertsimas |
| Introduction to Mathematical Optimization | Robinson |
| Linear and Nonlinear Programming | Luenberger |
| Linear Programming | Ferguson |
| Linear Programming | Goemans |
| Linear Programming | Islam |
| Linear Programming | |
| Linear Programming | |
| Linear Programming Notes | Lee |
| Linear programming, graphically | |
| Linear Programming, Lagrange Multipliers, and Duality | Gordon |
| Linear Programming and Extensions ch. (1-8) | Dantzig |
| Linear Programming znd Extensions ch. (9-20) | Dantzig |
| Linear Programming and Extensions ch. (21-29) | Dantzig |
| Linear Programming and Network Flows | Bazaraa |
| Linear Programming Foundations and Extensions | Vangerbei |
| Linear Programming: Theory and Applications | Lewis |
| Transportation Problem: A Special Case for Linear Programming | Reeb |
| Author | |
|---|---|
| An Intrduction to Markov Chains | Tolver |
| An Introduction to Markov Chain Monte Carlo | Hohendor |
| Foundations of Data Science | Blum |
| Handbook of Markov Chain Monte Carlo | Brooks |
| Inntroduction to Markov Chains | Geyer |
| Introduction to Markov chains | Behrends |
| Markov Chains | Mitta; |
| Markov Chains | Yale |
| Markov Chains | |
| Markov Chains – Norris | Peres |
| Markov chains – Statistical Laboratory | |
| Markov Chains and Mixing Times | Levin |
| Markov Chains Monte Carlo in Practice | Gilks |
| Markov Chains Monte Carlo Simulation | |
| Stochastic Processes |
| Author | |
|---|---|
| A Brief Introducion to Markov Chains and Hidden Markov Models | MacKenzie |
| An Introduction to Hidden Markov Models | Rabiner |
| An Introduction to Markov Chains | Pratiksha |
| An Introduction to Markov Modelling | Boyd |
| An Introduction to MCMC for Machine Learning | Amdrieu |
| Introduction to Markov chains | Soni |
| Introduction to Markov Models | Ramos |
| Likelihood-free Markov chain Monte Carlo | Sosspm |
| Markov Chains | Istban |
| Markov Chains Notes | Leveque |
| Markov Chains Notes | Weckesser |
| Markov Chains: An Introduction/Review | Siri |
| Markov Chains: Introduction | |
| Skip-free Markov Chains | Choi |
| Author | |
|---|---|
| JAGS: Just Another Givvs Sampler | |
| Markov Chain Analysis Software | SoHaR |
| Markov Chain Maker | Edraw |
| Markov Chain Model Software | WinSite |
| Markov Chain Software | Butler |
| Markov Chain Softwre | Download32 |
| Markov Chains Software | WionSite |
| Author | |
|---|---|
| A Concise Introduction to Mathematical Logic | Rautenberg |
| A Mathematical Introduction to Logic | Enderton |
| A Problem Course in Mathematical Logic | Bilaniuk |
| An Introduction to Formal Logic | Magnus |
| Formal Predicate Calculus | Meyling |
| Formal Semantics and LogicFraassen | |
| Introduction to Mathematical Logic | Mendelson |
| Introduction to Mathematical Logic | Podnieks |
| Mathematical Logic | Kleene |
| Mathematical Logic | Leitgeb |
| Mathematical Logic | Quine |
| Mathematical Logic | Schwichtenberg |
| Mathematical Logic | Simpson |
| Mathematical Logic Exercises | Ghidini |
| Mathematical Logic for Computer Science | Ben-Ari |
| Notes on Mathematical Logic | Kueker |
| Proof, Sets and Logic | Holmes |
| Rules of Inference, Propositional Logic | Burgess-Jackson |
| The Development of Mathematical Logic from Russell to Tarski: 1900 | Mancosu |
| The Mathematical Analysis of Logic | Boole |
| The Open Logic Text |
| Author | |
|---|---|
| Algebraic Geometry | Milne |
| Algebraic Projective Geometry | Semple |
| An Introduction to Finite Geometry | Bell |
| An Introduction to Projective Geometry (for computervision) | Birch eld |
| Foundations of Projective Geometry | Hartshorne |
| Notes on basic algebraic geometry | |
| Perspectives on Projective Geometry | Richter-Gebert |
| Projective Geometry | Goteborg |
| Projective Geometry | Veblen |
| Projective Geometry: A Short Introduction | Boyer |
| Projective Geometry: From Foundations to Applications | Beutelspacher |
| Author | |
|---|---|
| Galois Theory and Projective Geometry | Bogomolov |
| Projective Geometry and Special Relativity | Delphenich |
| The Fundamental Theorem of Projective Geometry | Hestenes |
| Author | |
|---|---|
| Basics of Projective Geometry | |
| Early Use of Projective Geometry in Art | Li |
| Paul Dirac Talk:Projective Geometry. Origin of Quantum Equations | Dirac |
| Perspective Drawing and Projective Geometry | |
| Projective Geometry | |
| Projective Geometry for All | Dillon |
| Projective geometry- 2D |
| Author | |
|---|---|
| A Concise Course in Algebraic Topology | May |
| Algebraic Topology | Hatcher |
| Algebraic Topology | Kriegl |
| Algebraic Topology | Schweigert |
| Algebraic Topology | Starbird |
| Introduction to Algebraic Topology | Cadek |
| Lecture Notes in Algebraic Topology | Davis |
| Author | |
|---|---|
| An Interactive Intorduction to Knot Theory | Johnson |
| An Introduction to Knot Theory | Dye |
| An Introduction to Knot Theory | Keese |
| An Introduction to Knot Theory | Lickorish |
| Combinatorial Knot Theory | Kauffman |
| Four-manifolds, Geometries and Knots | Hillman |
| Handobook of Knot Theory | Menasco |
| High-dimensional Knot Thoery | Ranicki |
| Intoduction to Knot Theory | Crowell |
| Introduction to Vassiliev Knot Invariants | Chmutov |
| Knot Diagrammatics | Kauffman |
| Knot Invariants and Higher Representation Theory | Webster |
| Knot Knotts | Roberts |
| Knot Theory | Livingston |
| Knot Theory | Manturov |
| Knot Theory | Reidmeister |
| Knot Theory and its Applications | Krishnendu |
| Knots and Links | Rolfsen |
| Knots and Surfaces | Gilbert |
| Teaching and learning of Knot Theory | Kowouchi |
| The Ashley Book of Knots | Ashley |
| The Mathematics of Knots | Banogl |
| Unsolved Problems in Virtual Knot Theory | Renn |
| Author | |
|---|---|
| Differential Algebraic Topology | Kreck |
| Differential Topology | Dundas |
| Differential Topology | Hirsch |
| Introduction to Differential Topology | Kaiser |
| Introduction to Differential Topology | Robbin |
| Author | |
|---|---|
| An Introduction to Manifolds | Tu |
| General Topology | |
| General Topology | Kelley |
| General Topology | Leinster |
| Introduction to Topology | Renzo |
| Introduction to Topology | Matsumura |
| Introduction to Topology | Mond |
| Notes on String Topology | Cohen |
| Topology | McMullen |
| Topology I and II | Wendl |
| Topology and Its Applications | Basener |
| Topology for the working mathematician | Muger |
| Topology without Tears | Morris |