Hugh M. Cartwright (ed.) Artificial Neural Networks,
(3rd edn.) in the Methods in Molecular Biology series.
Springer, New York. ISBN 978-1-07-160825-8.
Hugh M. Cartwright (ed.) Artificial Neural Networks,
(2nd edn.) Vol 1260 in the Methods in Molecular
Biology series. Springer, New York. (2015). ISBN 978-1-4939-22383-3.
Hugh M. Cartwright (ed.), Intelligent Data
Analysis in Science, Volume 4 in the Oxford Chemistry
Masters Series, Oxford University Press, (2000). ISBN 0-19-850233-8.
Hugh
M. Cartwright. Machine Learning in Science - A Role for Mechanical
Sympathy? in Machine Learning in Chemistry: The Impact of
Artificial Intelligence; Hugh M. Cartwright (ed.), Royal
Society of Chemistry, (2020), 109-135.
Keith
T. Butler, Daniel W. Davies, Hugh M. Cartwright, Olexandr Isayev
& Aron Walsh. Machine Learning for molecular and materials
science. Nature559, 547-555 (2018).
Hugh
M. Cartwright & Silvia Curteanu, Neural Networks applied in
chemistry. II. Neuro-evolutionary techniques in process modeling and
optimization, Ind & Eng Chem
Res, 2013, 52(36), pp12673 - 12688. DOI: 10.1021/ie4000954.
Xi
Chen, Les M. Sztandera, Hugh M.
Cartwright & Stephen Granger-Bevan, The
use of computational intelligence in the design of polymers and in
property prediction, Lecture
Notes of the Institute for Computer Sciences, Social Informatics
and Telecommunications Engineering (LNICST), DOI: 10.1007/978-3-319-06944-9_14.
Hugh M. Cartwright, Boring but vital - How should we teach our
students about chemical safety? Selected papers on Hands-on
Science, Manuel F. Costa, BV Dorrio, P Michaeilides & Sasa
Divjak (eds), Hands-on Science
Network, Portugal, (2008), 201-211.
Hugh M. Cartwright, How to engage science students using
demonstrations. Selected papers on Hands-on Science, Manuel F.
Costa, BV Dorrio, P Michaeilides, Sasa Divjak (eds), Hands-on
Science Network, Portugal, (2008), 320-327.
Teodora Rusu & Hugh M. Cartwright, Artificial Intelligence
methods for the rapid classification of chemical compounds. Proceedings
of the 5th Conference on New Research Trends in Material Science,
Vol II, (2007), 524-527.
Hugh M. Cartwright, Who, or what, is the teacher? How Artificial
Intelligence will control Lifelong learning. Proceedings of the
3rd International Conference on Hands-on Science, MF Costa &
BV Dorrio (eds.), Braga, Portugal, (2006), 576-580.
Hugh M. Cartwright, How to engage science students using
demonstrations, Proceedings of the 3rd International Conference on
Hands-on Science, MF Costa, BV Dorrio (eds.), Braga,
Portugal, (2006), 38-43.
Hugh M. Cartwright, Les Sztandera & Rohan M. Gunatillake,
Genetic algorithms and neural networks in the molecular design of
novel fibres, 2nd DEXA workshop: Philosophies and Methodologies
for knowledge discovery, deployment and development of decision
support systems, Krakow, Poland, (2006).
Jason W. H. Wong, Gerard Cagney & Hugh M. Cartwright, Modeling
and resolving overlapping peaks for accurate quantitation of mass
spectrometry biomarker signals, 17th International Mass
Spectrometry Conference, Prague, (2006).
Hugh M. Cartwright, Les Sztandera & Chih-Chung Chu, Genetic
Algorithms in Molecular Design of Novel Fibers, NTC Annual
Report, (2005).
Mark D. Fricker, D Bebber, PR Darrah, M Tlalka, SC Watkinson, L
Boddy, Lisa Yiasoumis, Hugh M. Cartwright, A Meskauskas, D Moore, DMD
Smith, T Nakagaki, CF Lee & N Johnson, Inspiration from Microbes:
From Patterns to Networks. (In press.)
Hugh M. Cartwright, CRC Handbook of thermodynamic data of polymer
solutions at elevated pressures - a review, Chemical
Educator, 10, (2005), 241.
Hugh M. Cartwright, Teaching University Students Chemistry - a
review, Chemical Educator,
10, (2005), 236-237.
Les Sztandera, C-C Chu & Hugh M. Cartwright, Genetic Algorithms
in Molecular Design of Novel Fibers, NTC ResearchBriefs,
(2005).
Hugh M. Cartwright, Boring but vital - how should we teach our
students about chemical safety? Proceedings of HSci2005 Hands-on
Science: Science in a Changing Education, Rethymno, Crete,
(2005), 142-149.
Jason W. H. Wong & Hugh M. Cartwright, Deterministic
projection by growing cell structure networks for visualization of
high-dimensionality datasets, J. Biomed. Inform., 38,
(2005) 322-330. http://dx.doi.org/10.1016/j.jbi.2005.02.002
Hugh M. Cartwright, Introduction to Machine Learning - a review, The
Chemical Educator, (2005), 164-165.
Hugh M. Cartwright, Mathematical Methods for Scientists and
Engineers - a review, Chemical
Educator, (2004), 55-57.
Hugh M. Cartwright & Neil Whitehead, The Development of on-line
Experiments, Proceedings of the 1st International Conference on
Hands-on Science, Ljubljana, Slovenia, (2004), 141-146.
Hugh M. Cartwright, Introduction to Evolutionary Computation and
Evolutionary Algorithms, in Application of Evolutionary
Computation to Chemistry, Roy Johnston (ed.), Springer-Verlag,
Heidelberg, (2004).
Hugh M. Cartwright & Christopher Jones, Neural Network
Based Assessment of Materials for Chemical Protection Gloves, Proceedings
of EUROCON 2003 (Computer as a Tool), Ljubljana, Slovenia,
Vol II, (2003), 319-323.
Hugh M. Cartwright, Web-based Experiments in Physics and Chemistry,
in New directions in the teaching of physical sciences, Paul
Chin & Roger Gladwin (eds), LTSN, (2003).
Hugh M. Cartwright & Andrew Porter, Real-time Monitoring
of Environmental Pollutants in the Workplace Using Neural Networks and
FTIR Spectroscopy, in Soft Computing Approaches in Chemistry,
Hugh M. Cartwright & Les M. Sztandera (eds), Springer-Verlag,
Berlin, (2003), 205-236.
Hugh M. Cartwright & Ketan Patel, Clustering of Large Data
Sets in the Life Sciences, in Soft Computing Approaches in
Chemistry, Hugh M. Cartwright, Les M. Sztandera (eds),
Springer-Verlag, Berlin, (2003), 31-50.
Hugh M. Cartwright, Swarm Intelligence - a review, Chemical
Educator,7, (2002), 123-124.
Hugh M. Cartwright, Lisa T. Yiasoumis, Chemical and Biological
Remediation: Cellular Automata Studies of Bacteria under Stress.
Volume X, pp 602-606, Proceedings of the 5th World Multiconference
on Systemics, Cybernetics and Informatics (SCI 2001) and 7th
International Conference on Information Systems, Analysis and
Synthesis (ISAS 2001), Orlando, Florida, (2001).
Hugh M. Cartwright, Physical Chemistry - a review, Chemical
Educator, 6, (2001), 262 - 263.
Hugh M. Cartwright, Instruments and Experimentation in the History
of Chemistry - a review, Chemical
Educator, 6, (2001), 263-264.
Hugh M. Cartwright, Nationalizing Science - Adolphe Wurtz and the
Battle for French Chemistry - a review, ChemicalEducator, 6, (2001), 139-140.
Hugh M. Cartwright, Why Should on-line Experiments Form Part of
University Science Courses? CAL-laborate , October (2000),
6-9.
Hugh M. Cartwright, Undergraduate Projects in the Application of
Artificial Intelligence to Chemistry. II. Self-Organizing Maps, Chemical Educator, 5,
(2000), 196-204.
Hugh M. Cartwright, Igniting Students: Do Large-Scale Undergraduate
Research Projects Enthuse or Defuse? Paper 3 in the Spring 2000
CONFCHEM Conference on The role and nature of research by
Undergraduates in Chemistry.
Hugh M. Cartwright, Web-based interactive experiments - the future,
International Conference on Conceptual Learning of Science, St
Petersburg, Russia, September 16-18, (1999).
Hugh M. Cartwright, Molecular Thermodynamics - a review, Chemical
Educator, 4, (1999).
Hugh M. Cartwright, Critical Safety Incidents - a review, Chemical
Educator, 4, (1999).
Hugh M. Cartwright, Remote control: How science students can learn
using Internet-based experiments, New Network-based Media in
Education, Proceedings of the International CoLoS Conference,
Maribor, Slovenia, (1998), 51-59.
Hugh M. Cartwright, Long-distance experiments: The use and control
of scientific equipment through the internet, New Network-based Media
in Education, Proceedings of the International CoLoS Conference,
Maribor, Slovenia, September (1998), 102-106.
Hugh M. Cartwright, Applied Mathematics for Physical Chemistry - a
review, Chemical Educator,
3, (1998).
Hugh M. Cartwright On the Surface of Things - a review,Chemical Educator, 3, (1998).
Hugh M. Cartwright Nature doesn't solve equations - so why should
we? Mathematically-lean simulations in chemistry, Paper 6, CHEMCONF
on-line conference, summer 1997. Hyperlink
to paper.
Hugh M. Cartwright & Ben Jesson, The analysis of waste flow data
from multi-unit industrial complexes using genetic algorithms,
Modern Heuristic Search Methods, Victor J. Rayward-Smith
(ed.), John Wiley & Sons Ltd, (1996), 183-197.
Hugh M. Cartwright, Ben Jesson & Les M. Sztandera, Intelligent
algorithmic interpretation of waste flow data from multi-unit
industrial complexes, Proceedings of the 2nd Conference on
Information Sciences, Wrightsville Beach, NC, (1995), 324-327.
Hugh M. Cartwright, The genetic algorithm in science, Pesticide
Science, 45, (1995), 171-178.
Hugh M. Cartwright, Getting the timing right - the use of
genetic algorithms in scheduling, in Applications of Modern
Heuristic Techniques, VJ Rayward-Smith, (ed.), Alfred
Waller (1995), 145-156.
Hugh M. Cartwright & Jamie R. Cattell, Studies of
continuous-flow chemical synthesis using genetic algorithms, in Applications
of Modern Heuristic Techniques, VJ Rayward-Smith, (ed.), Alfred Waller, (1995), 129-144.
HM Cartwright & SP Harris, The application of the Genetic
Algorithm to 2-dimensional strings – the source apportionment
problem, in Stenfanie Forrest (Ed.), Proceedings of the 5th
international conference on Genetic Algorithms, (1993),
631.
Hugh M. Cartwright & Gregory Mott, Looking around:
Using clues from the data space to guide Genetic Algorithm searches,
in RK Belew, LB Booker (Eds.), 4th International Conference
on Genetic Algorithms, San Mateo, California, Morgan
Kaufmann, (1991), 108-114.
Hugh M. Cartwright & Heather A. Farley, Why do some reactions
oscillate? Educ. Chem. 26, (1989), 46-48.
Hugh M. Cartwright, Factor-analysis of the tungsten(VI)-Rutin
system, Microchem. J., 34, (1986), 313-318.
Hugh M. Cartwright, Color perception and factor
analysis, J. Chem. Educ., 63, (1986),
984-987. DOI: 10.1021/ed063p984
Hugh M. Cartwright, The second derivative visible
spectrum of iodine. J. Chem. Educ., 60, (1983), 606.
Hugh M. Cartwright, Integrated experiments - The ideal
synthesis or time-consuming failures?. J. Chem. Educ., 57,
(1980), 309-311.