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Frontier Visualization and Estimation of Returns to Scale in Free Disposal Hull Models

机译:在自由处置船体模型中的前沿可视化和估计率的返回

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The free disposal hull (FDH) model of production technology assumes free disposability of all inputs and outputs, but does not make any convexity assumptions. In this paper, we develop an algorithm for the reconstruction of the frontier of the FDH technology that corresponds to its sections by different two-dimensional planes. From a practical perspective, the suggested algorithm is useful for the visualization and exploration of the efficient frontier of the FDH technology. Furthermore, based on the suggested algorithm, we develop a new procedure for the evaluation of returns to scale in the FDH technology. Compared to the existing methods, our approach does not require assessing the efficiency of productive units in the reference technologies, which is known to be a computationally intensive task. Our theoretical results are confirmed by computational experiments in applications with real-life data sets from different industries.
机译:生产技术的自由处置船体(FDH)模型假设所有输入和产出的可自由性,但不会产生任何凸起假设。 在本文中,我们开发了一种算法,用于重建FDH技术的前沿,该算法与不同的二维平面相对应的。 从实际角度来看,建议的算法对于FDH技术的有效前沿的可视化和探索是有用的。 此外,根据建议的算法,我们开发了评估FDH技术中返回的返回的新程序。 与现有方法相比,我们的方法不需要评估参考技术中生产单元的效率,这已知是一种计算密集型任务。 我们的理论结果是通过不同行业的现实数据集的应用中的计算实验确认。

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