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<p>As a learning machine, a neural network using the backpropagation training algorithm is subject to learning bias. This results in unpredictability of boundary generation behavior in pattern recognition applications, especially in the case of small training sample size. It is suggested that in a large class of pattern recognition problems such as managerial and other problems possessing monotonicity properties, the effect of learning bias can be controlled by using multiarchitecture monotonic function neural networks.</p>
boundary generation unpredictability; monotonic classification; backpropagation training algorithm; learning bias; pattern recognition; multiarchitecture monotonic function neural networks; backpropagation; learning (artificial intelligence); neural nets; pattern recognition

N. Archer and S. Wang, "Learning Bias in Neural Networks and an Approach to Controlling Its Effect in Monotonic Classification," in IEEE Transactions on Pattern Analysis & Machine Intelligence, vol. 15, no. , pp. 962-966, 1993.
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