All Outputs (747)

BioHEL: Bioinformatics-oriented Hierarchical Evolutionary Learning
Book
Bacardit, J., & Krasnogor, N. (2006). BioHEL: Bioinformatics-oriented Hierarchical Evolutionary Learning. Computer Science & IT

This technical report briefly describes our recent work in the iterative rule learning approach (IRL) of evolutionary learning/genetics-based machine learning. This approach was initiated by the SIA system. A more recent example is HIDER. Our approac... Read More about BioHEL: Bioinformatics-oriented Hierarchical Evolutionary Learning.

Innovative Social Policies for Gender Equality at Work: research findings
Book
Fox, E., Pascall, G., & Warren, T. Innovative Social Policies for Gender Equality at Work: research findings. School of Sociology and Social Policy, University of Nottingham [online]

A National Survey of Crisis Resolution Teams in England
Book
Onyett, S., Linde, K., Glover, G., Floyd, S., Bradley, S., & Middleton, H. A National Survey of Crisis Resolution Teams in England. Unpublished

A Note on Collaborating Adversaries in the Srinathan-Kumar-Rangan Transmission Protocol
Book
Moss, B. (2003). A Note on Collaborating Adversaries in the Srinathan-Kumar-Rangan Transmission Protocol. University of Nottingham

We show, by means of brief demonstration, that the underlying transmission protocol in [1] cannot determine dishonest paths when adversaries collaborate. Hence, this method of tolerating mixed adversaries on an asynchronous network is flawed.

Disability and Transition to Adulthood: Achieving independent living
Book
Hendey, N., & Pascall, G. Disability and Transition to Adulthood: Achieving independent living. Pavilion/Joseph Rowntree Foundation

A tool for relational programmers
Book
Hutton, G., Meijer, E., & Voermans, E. A tool for relational programmers. Chalmers University, Sweden

A Simulator Program for Evaluating and Improving the Nottingham Muse Architecture.
Book
Barrett, N. K., Brailsford, D. F., & Duckworth, R. J. (1986). A Simulator Program for Evaluating and Improving the Nottingham Muse Architecture. Computer Science

This paper describes the modelling and simulation of the Nottingham MUSE (MUltiple Stream Evaluator) machine. MUSE is a data flow machine capable of supporting structured parallel computation. The simulator described in this paper was designed to ena... Read More about A Simulator Program for Evaluating and Improving the Nottingham Muse Architecture..