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Dive into the research topics where School of Computing, Engineering and Physical Sciences is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.
Engineering & Materials Science
Students
Internet of things
Wireless networks
Thin films
Education
Industry
Machine learning
Fuel cells
Proton exchange membrane fuel cells (PEMFC)
Health
Chemical analysis
Computer games
Cloud computing
Communication
Teaching
Mortar
Ontology
Costs
Network function virtualization
Experiments
Blockchain
Serious games
Software defined networking
Soils
Monitoring
Smartphones
Video streaming
Unmanned aerial vehicles (UAV)
Network management
Sputtering
Bandwidth
Magnetron sputtering
Pollution
Acoustic waves
Electroencephalography
Semantics
Infrared radiation
Computer vision
Scheduling
Excited states
Artificial intelligence
Electrodes
Coatings
Cameras
Lime
Temperature
Virtual reality
Sensors
Edge computing
Foams
Steel
Taxonomies
Hydrogen
Ultrasonic transducers
Computer hardware
Electrocardiography
Carbon
Metals
Manganese mines
Quality of service
Adsorption
Data storage equipment
Neural networks
Life cycle
Methane
Antimony mines
Biomass
Reactive sputtering
Testbeds
Robots
Information systems
Ions
Intelligent systems
Oxides
Supercapacitor
Biogas
Heavy metals
Detectors
Ionic liquids
Image coding
Dimers
Software engineering
Conservation
Optical properties
Plasmas
Substrates
Antimony
Microplastic
Scalability
Water
Microwaves
Sediments
Lasers
Health risks
Robotics
Optical coatings
mHealth
Mobile computing
Data privacy
Virtualization
Physics & Astronomy
nuclei
neutrons
excitation
rays
protons
decay
isotopes
fuel cells
detectors
spectrometers
life (durability)
spectroscopy
energy
parity
electrochemical capacitors
yrast state
thin films
fragments
interactions
inverse kinematics
porosity
ions
performance
gravitational waves
ground state
sensors
isomers
sputtering
lasers
filters
electrode materials
fission
Global Air Sampling Program
photonics
grazing
carbon
coatings
cements
LIGO (observatory)
configurations
characterization
evaporation
phonons
formaldehyde
fusion
crystals
membranes
gamma rays
magnetron sputtering
gases
transition probabilities
time measurement
half life
cold neutrons
high power lasers
ion beams
predictions
valence
optical coatings
projectiles
aerogels
cells
metabolites
shift
nucleons
nanoindentation
alignment
foams
acoustics
activated carbon
refractivity
optical resonators
x rays
surface acoustic wave devices
simulation
plungers
angular distribution
polonium isotopes
silicon
dipoles
inversions
heavy ions
nuclear structure
mechanical properties
phosphorus isotopes
electromagnetism
accelerators
transducers
direct current
attack
breathing
pulses
marking
steels
ultrasonics
graphene
quadrupoles
wave functions
germanium
orbitals
Earth & Environmental Sciences
antimony
material
gneiss
mortar
pollution
climate change
cultural heritage
waste paper
exhumation
steel
project
terrane
lime
adsorption
subduction
manganese
removal
soil
historic building
gold
paper
vulnerability
analysis
energy
methane
omphacite
eclogite
health risk
cold
cost
mantle
Caledonian orogeny
estuarine sediment
effect
garnet
water
contamination
continental collision
collision
sepiolite
need
plastic
alternative energy
test
dissolved organic matter
stone
repair
rock
risk assessment
methodology
fuel cell
biogas
method
iron
product
sandstone
heavy metal
geochemistry
sediment
art
carbon
protolith
health
wastewater
industrial pollution
environmental impact
mineral
battery
aqueous solution
damage
pollutant
anaerobic digestion
food chain
exposure
oxide
vulnerability assessment
chemical
parameter
orogenic belt
trial
metasomatism
fossil fuel
metal
cork
thallium
rainfall
skin
microstructure
fluid
index
feeding behavior
mineralization
surface water
antibiotic resistance
industry
distribution
evaluation
source identification
response surface methodology
world