# Fingerprint Fingerprint is based on mining the text of the person's research documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

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### Mathematics

Variational Iteration Method

Homotopy Analysis Method

Chaotic System

Anti-synchronization

Hyperchaotic System

Adomian Decomposition Method

Chen System

Theorem

Cone Metric Space

Projective Synchronization

Analytical Solution

Lorenz System

Fixed point

Oscillation Criteria

Metric space

Fixed point theorem

Series Solution

Closed Orbit

Fourth Order

Circle

Open set

Generalized Equation

Neutral Delay Differential Equation

Lyapunov Stability Theory

Rotation number

(G′/G)-expansion Method

Fractional

Nonlinear Differential Equations

Variable Coefficients

Common Fixed Point

Sufficient Conditions

Adaptive Control

Weyl's Theorem

Runge-Kutta Methods

Unknown Parameters

Lag Synchronization

Coincidence Point

Homeomorphism

Continuous Function

Generalise

Homotopy Perturbation Method

Circle Map

Solitary Wave Solution

Irrational number

Adomian Polynomials

Numerical Simulation

Burgers Equation

Differential Transformation Method

Numerics

Conjugation

### Physics & Astronomy

#### General

synchronism

metric space

controllers

adaptive control

decomposition

cones

contraction

predictions

Malaysia

feedback control

time lag

continuity

forecasting

simulation

chaos

dynamical systems

periodic variations

active control

topology

expansion

fever

nonlinear feedback

scaling

reliability analysis

predators

nonlinear systems

Lagrange multipliers

Markov chains

shift

#### Mathematical and Computer Sciences

iteration

theorems

differential equations

Runge-Kutta method

real numbers

boundary value problems

difference equations

integers

matrices

Burger equation

#### Chemistry and Materials

ozone

#### Physics

traveling waves

coefficients

oscillations

wave equations

heat of solution

heat

solitary waves

#### Geosciences

rivers

### Engineering & Materials Science

Synchronization

Chaotic systems

Differential equations

Runge Kutta methods

Decomposition

Ordinary differential equations

Computer simulation

Solitons

Controllers

Chaos theory

Difference equations

Derivatives

Orbits

Nonlinear equations

Schrodinger equation

Initial value problems

Sliding mode control

Cones

Polynomials

Crankshafts

Boundary value problems

Topology

Markov processes

Feedback control

Hyperbolic functions

Ion acoustic waves

Rivers

Control theory

Nonlinear systems

Rational functions

Fluids

Enzyme kinetics

Time delay

Convergence of numerical methods