Neural Network Models for a Resource Allocation Problem
Neural networks, Resource management, Personnel, Employment, Backpropagation algorithms, Algorithm design and analysis, Supervised learning, Multilayer perceptrons, Fuzzy neural networks, Vector quantization
Digital Object Identifier (DOI)
University admissions and business personnel offices use a limited number of resources to process an ever-increasing quantity of student and employment applications. Application systems are further constrained to identify and acquire, in a limited time period, those candidates who are most likely to accept an offer of enrolment or employment. Neural networks are a new methodology to this particular domain. Various neural network architectures and learning algorithms are analyzed comparatively to determine the applicability of supervised learning neural networks to the domain problem of personnel resource allocation and to identify optimal learning strategies in this domain. This paper focuses on multilayer perceptron backpropagation, radial basis function, counterpropagation, general regression, fuzzy ARTMAP, and linear vector quantization neural networks. Each neural network predicts the probability of enrolment and nonenrolment for individual student applicants. Backpropagation networks produced the best overall performance. Network performance results are measured by the reduction in counsellors student case load and corresponding increases in student enrolment. The backpropagation neural networks achieve a 56% reduction in counsellor case load
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Citation / Publisher Attribution
IEEE Transactions on Systems, Man and Cybernetics, Part B (Cybernetics), v. 28, issue 2, p. 276-284
Scholar Commons Citation
Walczak, Steven, "Neural Network Models for a Resource Allocation Problem" (1998). School of Information Faculty Publications. 214.