Integrated Learning in Multi-net Systems
Casey, MC (2004) Integrated Learning in Multi-net Systems Doctoral thesis, University of Surrey.
2004 Casey Integrated Learning in Multi-net Systems.pdf
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Specific types of multi-net neural computing systems can give improved generalisation performance over single network solutions. In single-net systems learning is one way in which good generalisation can be achieved, where a number of neurons are combined through a process of collaboration. In this thesis we examine collaboration in multi-net systems through in-situ learning. Here we explore how generalisation can be improved through learning in the components and their combination at the same time. To achieve this we present a formal way in which multi-net systems can be described in an attempt to provide a method with which the general properties of multi-net systems can be explored. We then explore two novel learning algorithms for multi-net systems that exploit in-situ learning, evaluating them in comparison with multi-net and single-net solutions. Last, we simulate two cognitive processes with in-situ learning to examine the interaction between different numerical abilities in multi-net systems. Using single-net simulations of subitization and counting we build a multi-net simulation of quantification. Similarly, we combine single-net simulations of the fact retrieval and ‘count all’ addition strategies into a multi-net simulation of addition. Our results are encouraging, with improved generalisation performance obtained on benchmark problems, and the interaction of strategies with in-situ learning used to describe well known numerical ability phenomena. This learning through interaction in connectionist simulations we call integrated learning.
|Item Type:||Thesis (Doctoral)|
|Divisions :||Faculty of Engineering and Physical Sciences > Computing Science|
|Date :||1 February 2004|
|Uncontrolled Keywords :||Neural Networks, Multi-net Systems, Numerical Abilities|
|Depositing User :||Symplectic Elements|
|Date Deposited :||17 Jun 2011 13:56|
|Last Modified :||26 Nov 2014 14:08|
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