All Outputs (4)

Caprock integrity evaluation for geosequestration of CO2 in low-temperature reservoirs. (2023)
Report
AMINAHO, E.N. and HOSSAIN, M. 2023. Caprock integrity evaluation for geosequestration of CO2 in low-temperature reservoirs. Aberdeen: Robert Gordon University.

The geological storage of CO2, also referred to as CO2 geosequestration, represents one of the most promising options for reducing greenhouse gases in the atmosphere. However, most of the time CO2 is captured and compressed together with small amount... Read More about Caprock integrity evaluation for geosequestration of CO2 in low-temperature reservoirs..

Regenerating Aberdeen: a vision for a thriving and vibrant city centre. (2013)
Report
COCKBURN, D., DEVECI, G., DONALDSON, B., GRAY, D., HARRIS, P., LAING, R., MCCLEAN, D., MARTIN, A., OWEN, A. and PRONDZYNSKI, F. V. 2013. Regenerating Aberdeen: a vision for a thriving and vibrant city centre. Aberdeen: Robert Gordon University. [onlone]. Available from: https://www.rgu.ac.uk/file/aberdeen-city-centre-regeneration-report

The aim of this discussion paper is to stimulate debate and prompt action regarding the future shape and purpose of Aberdeen's city centre. This paper argues that investment in a thriving and dynamic city centre requires consideration of the city as... Read More about Regenerating Aberdeen: a vision for a thriving and vibrant city centre..

Practical algorithms for incremental growth. (2010)
Report
MACLEOD, C. 2010. Practical algorithms for incremental growth. Aberdeen: Robert Gordon University.

This report considers some of the practical issues involved in the implementation of Incremental Growth or Incremental Evolution algorithms as outlined in the paper: Incremental Growth in Modular Neural Networks (doi:10.1016/j.engappai.2008.11.002),... Read More about Practical algorithms for incremental growth..

Evolution and devolved action: towards the evolution of systems. (2001)
Report
MACLEOD, C., MCMINN, D., REDDIPOGU, A. B., CAPANNI, N. F. and MAXWELL, G. M. 2001. Evolution and devolved action: towards the evolution of systems. In: Appendix B of MCMINN, D. Using evolutionary artificial neural networks to design hierarchical animat nervous systems, Ph. D. thesis. Aberdeen : Robert Gordon University, PhD thesis.

The Artificial Neural Networks group at the Robert Gordon University has, over the last six years, built up considerable knowledge and practical experience in Evolutionary Artificial Neural Networks. This experience started with the PhD project by C... Read More about Evolution and devolved action: towards the evolution of systems..