Institute for Computational and Data Sciences (ICDS)

  • United States

Fingerprint Dive into the research topics where Institute for Computational and Data Sciences (ICDS) is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

Engineering & Materials Science

Data storage equipment
Experiments
Molecular dynamics
Temperature
Costs
Computer simulation
Thermodynamics
Communication
Students
Search engines
Ferroelectric materials
Metamaterials
Industry
Processing
Antennas
Radar
Genetic algorithms
Density functional theory
Neural networks
Chemical analysis
3D printers
Water
Genes
Hardware
Ultra-wideband (UWB)
Semantics
Learning systems
Coal
Geometry
Planning
Polarization
Gases
Sensors
Energy utilization
Atoms
Spurious signal noise
Fluids
Polymers
Decision making
Decomposition
Imaging techniques
Digital libraries
Defects
Classifiers
Computational fluid dynamics
Bandwidth
Servers
Visualization
Controllers
Scheduling
Electrodes
Kinetics
Radar systems
Health
Proteins
Networks (circuits)
Feedback
Metals
Websites
Radiation
Turbulence
Internet
Substrates
Adsorption
Microstructure
Carbon
Electric power utilization
Phase transitions
Fluxes
Thin films
Sintering
Testing
Monitoring
Simulators
Composite materials
Electric fields
Access control
Lenses
Oxygen
Oxides
Recovery
Liquids
Powders
Air
Education
Multilayers
Frequency selective surfaces
Application programs
Degradation
Trajectories
Field programmable gate arrays (FPGA)
Molecules
Economics
Thermodynamic properties
Engines
Cooling
Capacitors
Hydrogen
Brain
Cellulose

Physics & Astronomy

General

simulation
molecular dynamics
field theory (physics)
radar
thermodynamics
energy
interactions
thin films
optimization
predictions
density functional theory
geometry
permeability
continuums
transit
relativity
catalogs
kinetics
defects
radiation
electronics
estimates
single crystals
electric fields
newton
metals
domain wall
electromagnetism
vortices
profiles
phase diagrams
entropy
coalescing
configurations
shear
fluids
slip
microstructure
detectors
crystals
decomposition
expansion
flames

Engineering

x rays
broadband
antennas
time measurement
carbon nanotubes
graphene
electrodes

Aerospace Sciences

gravitational waves
LIGO (observatory)
quasars
planets
galaxies
active galactic nuclei
stars
XMM-Newton telescope
neutron stars
gravitation
extrasolar planets
observatories
earthquakes
orbits
sky
turbulence
star formation
cosmology

Physics

luminosity
temperature
polarization
atoms
waveforms
gradients
physics
orbitals
bosons
soot
reverberation
coefficients

Chemistry and Materials

water
chemistry
oxygen
polymers
gases
ceramics
carbon
hydrogen
molecules
oxides
oxidation
adsorption
silicon
composite materials
liquids
ozone
elastic properties
air

Mathematical and Computer Sciences

approximation
sensitivity

Earth & Environmental Sciences

simulation
modeling
planet
permeability
soil
experiment
gas
shale
observatory
boundary layer
prediction
watershed
climate
tropical cyclone
radio
ozone
convection
weathering
effect
dissolution
energy
temperature
supercell
rate
wetland
data assimilation
weather
water
aerosol
analysis
erg
ecosystem
coal
aircraft
gene
carbon
hurricane
atmosphere
Kalman filter
method
nitrogen
mineral
rock
accretion
oxidation
fluid
isoprene
climate change
radar
earthquake
timescale
regolith
parasite
outflow
troposphere
tornado
air
porosity
ocean
summer
soil moisture
hydrology
vortex
mixing ratio
catchment
trajectory
carbon dioxide
monitoring
volcano
genome
remote sensing
basin
groundwater
matrix
distribution
preferential flow
merger
synchrony
rainfall
wavelength
moisture
methane
visualization
iron
land surface
thunderstorm
ionization
phosphorus
parameter
history
power law
maize
lidar
river
hillslope
vorticity
nitrate
cost
genomics
turbulence