Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.
- Sort by
- Weight
- Alphabetically
Mathematics
Unconstrained Optimization
Nonlinear Optimization
Constrained Optimization
Evaluation
First-order
Nonconvex Optimization
Regularization
Regularization Method
Model
Derivative-free
Critical point
Trust Region Method
Criticality
Objective function
Trust Region
Higher Order
Iteration
Derivative
Optimization Problem
Iterate
Data Assimilation
Nonlinear Least Squares Problem
Optimality
Evaluation Function
Linear Systems
Random walk
Chord or secant line
Directed Network
Nonlinear Problem
Nonlinear Least Squares
Line Search
Small-world Network
Orbit
Term
Turing Instability
Derivative-free Optimization
Boundary Control
Optimization
Interior Point
Vertex of a graph
Interaction
Gradient
Global Convergence
Lipschitz
Hamiltonian Systems
Quasi-Newton Method
Equality
Distributed Parameter Systems
Complex Networks
KKT Conditions
Restricted Three-body Problem
Optimal Control
Conjugate Gradient
Symplectic Integrators
Numerical Experiment
Motion
Cross product
Social Influence
Matrix Product
Newton Methods
Periodic Orbits
Conjugate Gradient Method
Inequality Constraints
Operator
Equality Constraints
Constrained Least Squares
Unconstrained Minimization
Trust Region Algorithm
Recursive Method
Linear Least Squares
Steepest Descent Method
Reaction-diffusion System
Noncommutative Geometry
Synchronization
Worst-case Analysis
Complexity Analysis
Nonlinear Programming
Smooth function
Approximation
Norm
Cartesian product
Phase Transition
Perturbation
Derivative-free Methods
Merit Function
Preconditioning
Dynamical system
Graph in graph theory
Penalty Function
Accelerator
Quasi-Newton
Eccentricity
Turing Patterns
Lower bound
Numerical Results
Methodology
Direct Search
Nonconvex Problems
Class
Entropy
Physics & Astronomy
Aerospace Sciences
planets
orbits
dark energy
gravitation
dark matter
solar system
planetary systems
terrestrial planets
universe
extrasolar planets
asteroids
stars
cosmology
Miranda
Jupiter (planet)
Mimas
eccentric orbits
sun
gravitational waves
tropical regions
solar radiation
circular orbits
lunar effects
Io
Galilean satellites
Hubble diagram
rocks
General
eccentricity
habitability
inclination
scalars
eccentrics
three body problem
relativity
natural satellites
interactions
simulation
random walk
libration
topology
synchronism
dissipation
equivalence
expansion
oscillators
energy
configurations
orbital elements
histories
mutations
formalism
optimization
chaos
predictions
probes
formulations
entropy
geometry
deviation
thermodynamics
catalogs
damping
fluids
pumping
propagation
dynamical systems
computer programs
inhomogeneity
microwaves
void ratio
seeds
dynamic models
estimates
Engineering
space debris
signatures
monopoles
accumulators
time measurement
excitation
light emitting diodes
Physics
perturbation
orbitals
eclipses
power spectra
physics
radiation pressure
phonons
flux density
polarization
Mathematical and Computer Sciences
genetic algorithms
tensors
integrators
approximation
broken symmetry
symmetry
Geosciences
tides
oceans
Aeronautics
trajectories
Chemistry and Materials
water
molecules
Earth & Environmental Sciences
planet
eccentricity
space debris
ecosystem service
modeling
land use change
data assimilation
obliquity
ecosystem
biodiversity
land use
asteroid
valuation
simulation
climate
simulator
coastal zone management
climate change
terrestrial ecosystem
residential mobility
effect
environmental change
dissipation
Moon
risk assessment
solar system
Jupiter
sustainability
biomass
vegetation dynamics
decomposition
perturbation
history
urbanization
ecosystem function
prediction
planetary satellite
tide
trajectory
solar radiation
damping
method
phytoplankton
shoreline
toxicity
trapping
atrazine
oscillation
collision avoidance
time allocation
weather
hydrophobicity
software
gas
polar motion
Pluto
animal community
top-down control