Lee, Sin Wee and Palmer-Brown, Dominic and Tepper, Jonathan and Roadknight, Christopher (2002) ‘Performance-guided Neural Network for Self-Organising Network Management’, Proceedings of London Communication Symposium (LCS'2002) University College London, London, UK, 9th – 10th September, pp. 269 - 272.
Use this permanent URL when citing or linking to this resource in ROAR.
A neural network architecture is introduced for real-time learning of input sequences using external performance feedback. Some aspects of Adaptive Resonance Theory (ART) networks  are applied because they are able to function in a fast real-time adaptive active network environment where user requests and new proxylets (services) are constantly being introduced over time [2,3]. The architecture learns, self-organis es and self-stabilises in response to user requests, mapping the requests according to the types of proxylets available. However, in order make the neural networks respond to performance feedback, we introduce a modification to the original ART1 network in the form of the ‘snap-drift’ algorithm, that uses fast convergent, minimalist learning (snap) when the overall network performance is poor, and slow learning (drift towards user request input pattern) when the performance is good. Preliminary simulations evaluate the two-tiered architecture using a simple operating environment consisting of simulated training and test data.
|Divisions:||Schools > Architecture Computing and Engineering, School of|
|Additional Information:||Citation: Lee, S. W. et al. (2002) “Performance-guided Neural Network for Self-Organising Network Management.” In Proceedings of London Communication Symposium (LCS'2002) University College London, London, UK, 9th – 10th September, pp. 269 - 272..|
|Date Deposited:||29 Apr 2010 10:25|
|Item Type:||Conference or Event Item (Paper)|
|Creators:||Lee, Sin Wee and Palmer-Brown, Dominic and Tepper, Jonathan and Roadknight, Christopher|
|Last Modified:||27 Sep 2012 11:59|
|Depositing User:||Mr Stephen Grace|