Neural networks for switching

The author argues that a strong impetus for using neural networks is that they provide a framework for designing massively parallel machines. He notes that the highly interconnected architecture of switching networks suggests similarities to neural networks. He presents two switching applications in which neural networks can solve the problems efficiently. He shows that a computational advantage can be gained by using nonuniform time delays in the network.>

# Neural Networks and Applications # Computer Science # Interconnection Networks and Systems # Network Packet Processing and Optimization

Timothy X. Brown (1989). "Neural networks for switching". IEEE Communications Magazine. https://doi.org/10.1109/35.41403