Sufficient and comprehensive measurement of multi-band camouflage screen performance applying bi-objective super-efficiency DEA

Abstract

In this paper, we measure performance of multiband camouflage screen by a new hybrid model based on bi-objective super-efficiency DEA. We propose super-efficiency DEA theory to improve conventional DEA with non-Archimedean infinitesimal, and then we take bi-objective issue into consideration to formulate a hybrid model. The proposed model has three main advantages in assessing multi-band camouflage screen performance: (i) it applies super-efficiency DEA to realize sufficient ranking of performances; (ii) non-Archimedean infinitesimal utilized in DEA can give slacks and projections, which provides optimal condition those indexes of inefficient DMUs can be attained; (iii) bi-objective DEA can offer more comprehensive evaluation from both input-orientated and output-orientated perspectives. We illustrate the application of the proposed approach by a numerical example with a set of experimental data. The example shows the effectiveness and practicability of the new approach.

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Cite this paper

@article{Lv2015SufficientAC, title={Sufficient and comprehensive measurement of multi-band camouflage screen performance applying bi-objective super-efficiency DEA}, author={Xuliang Lv and Ling L. Li and Weidong Xu and X. Rong}, journal={2015 10th International Conference on Computer Science & Education (ICCSE)}, year={2015}, pages={542-546} }