Personal Information
Organization / Workplace
Newcastle United Kingdom
Occupation
Professor of Computing Science and Synthetic Biology
Industry
Education
About
I am Professor of Computing Science and Synthetic Biology at the School of Computing Science in Newcastle University. I direct the Interdisciplinary Computing and Complex Biosystems (ICOS) Research Group and the Centre for Synthetic Biology and the Bioeconomy (CSBB) at Newcastle University
Tags
synthetic biology
systems biology
modeling
evolutionary algorithms
p systems
simulations
molecular computing
microfluidics data analytics modeling verification
bioinformatics
dna nanotechnology
biocomputation
algorithmic systems biology
executable biology
networks
optimisation
evolutionary
algorithms
biology
algorithmic
systems
nanoscience
nanotechnology
executable
synthetic
computational
modelling
protein
structure
prediction
blockchain
image analysis
deeplearning
ai
big data
pathology
bicomputation
dna library synthesis
specification
biocompilation
evolvability
computation
kolmogorov complexity
complex systems
memetic algorithms
design patterns
algorithms optimisation and tuning
congress on evolutionary computation
rapid model prototyping
infobiotics
parameter optimisation
humies
symbolic regression
symbolic discovery
protein structure prediction
genetic programming gp
genes sets
ensemble
proteomics
classification
clustering
microarrays
topology
enrichment
proteins sets
consensus
transcriptomics
machine learning
urms
selforganiation
nanoparticles
comparison
selfassembly
dali
alignment
overlap
maxcmo
usm
tmalign
vorolign
ce
ihop
scop
cath
fast
genetic
programming
See more
Presentations
(27)Personal Information
Organization / Workplace
Newcastle United Kingdom
Occupation
Professor of Computing Science and Synthetic Biology
Industry
Education
About
I am Professor of Computing Science and Synthetic Biology at the School of Computing Science in Newcastle University. I direct the Interdisciplinary Computing and Complex Biosystems (ICOS) Research Group and the Centre for Synthetic Biology and the Bioeconomy (CSBB) at Newcastle University
Tags
synthetic biology
systems biology
modeling
evolutionary algorithms
p systems
simulations
molecular computing
microfluidics data analytics modeling verification
bioinformatics
dna nanotechnology
biocomputation
algorithmic systems biology
executable biology
networks
optimisation
evolutionary
algorithms
biology
algorithmic
systems
nanoscience
nanotechnology
executable
synthetic
computational
modelling
protein
structure
prediction
blockchain
image analysis
deeplearning
ai
big data
pathology
bicomputation
dna library synthesis
specification
biocompilation
evolvability
computation
kolmogorov complexity
complex systems
memetic algorithms
design patterns
algorithms optimisation and tuning
congress on evolutionary computation
rapid model prototyping
infobiotics
parameter optimisation
humies
symbolic regression
symbolic discovery
protein structure prediction
genetic programming gp
genes sets
ensemble
proteomics
classification
clustering
microarrays
topology
enrichment
proteins sets
consensus
transcriptomics
machine learning
urms
selforganiation
nanoparticles
comparison
selfassembly
dali
alignment
overlap
maxcmo
usm
tmalign
vorolign
ce
ihop
scop
cath
fast
genetic
programming
See more