Empreinte digitale L’empreinte s’appuie sur une analyse du texte des documents de recherche d’une personne afin de créer un index de termes pondérés qui définit les sujets clés de chaque chercheur.

Physique & Astronomie

Engineering

space debris
accumulators
containers
canals

Aerospace Sciences

orbits
tropical regions
planets
universe
rocks
solar radiation
planetary systems
eccentric orbits

General

synchronism
mass ratios
dynamic models
topology
mutations
eccentricity
inclination
natural satellites
division
templates
membranes
fractals
phenomenology
fluids
oscillators
death
chaos
optimization
orbital elements
simulation
three body problem
probes
estimates
bags
twisting
stirring
time lag

Physics

affinity
perturbation
radiation pressure
traveling waves
flat plates

Life Sciences

metabolism
bacteria

Mathematical and Computer Sciences

integrators
genetic algorithms

Chemistry and Materials

chemical reactions
resilience

mathématiques

Planar Vector Fields
Limit Cycle
Turing Instability
Orbit
Linearization
Symplectic Integrators
Opinion Dynamics
Comparison Method
Center Problem
Reaction-diffusion System
Uniqueness
Vector Field
Phase Portrait
Nonuniqueness
Complex Networks
Cartesian product
Qualitative Analysis
Model
Diffeomorphisms
Accelerator
Turing Patterns
Second order differential equation
Complex Ginzburg-Landau Equation
Nonexistence
Existence Results
Contraction
Fractal
Sufficient Conditions
Fractal Set
Synchronization
Weighted Networks
Fixed point
Dynamical system
Fractal Dimension
Local Dimension
Hamiltonian Systems
Affine transformation
Liénard System
Topology
Restricted Three-body Problem
Liénard Equation
Waiting Time
Forced oscillation
Standard Map
Finite Difference Equation
Invariant Curves
Pattern Formation
Directed Network
Class
Fractal Structure

Sciences de la Terre et de l'environnement

space debris
planetary satellite
trajectory
prediction
eccentricity
quarry
artificial neural network
membrane
population growth
kinetics
logistics
population dynamics
planet
probe
simulation
systems analysis
groundwater
volume change
Jupiter
method
effect
solar radiation
experiment