Table 9.

The aggregated minimum cross-efficiency score by simple average operator |$\overline{e}_{j}^{L}$| and by OVGA operator |$\tilde{e}_{j}^{L} $| of target |$DMU_{j}$|

j1234567891011
|$\overline{e}_{j}^{L}$|0.750.610.730.530.60.660.760.630.580.830.75
|$\tilde{e}_{j}^{L}$|0.760.620.740.540.600.690.760.660.600.820.77
j1213141516171819202122
|$\overline{e}_{j}^{L}$|0.660.770.870.830.830.680.890.710.840.760.7
|$\tilde{e}_{j}^{L}$|0.680.770.870.840.850.700.880.720.850.800.76
j1234567891011
|$\overline{e}_{j}^{L}$|0.750.610.730.530.60.660.760.630.580.830.75
|$\tilde{e}_{j}^{L}$|0.760.620.740.540.600.690.760.660.600.820.77
j1213141516171819202122
|$\overline{e}_{j}^{L}$|0.660.770.870.830.830.680.890.710.840.760.7
|$\tilde{e}_{j}^{L}$|0.680.770.870.840.850.700.880.720.850.800.76
Table 9.

The aggregated minimum cross-efficiency score by simple average operator |$\overline{e}_{j}^{L}$| and by OVGA operator |$\tilde{e}_{j}^{L} $| of target |$DMU_{j}$|

j1234567891011
|$\overline{e}_{j}^{L}$|0.750.610.730.530.60.660.760.630.580.830.75
|$\tilde{e}_{j}^{L}$|0.760.620.740.540.600.690.760.660.600.820.77
j1213141516171819202122
|$\overline{e}_{j}^{L}$|0.660.770.870.830.830.680.890.710.840.760.7
|$\tilde{e}_{j}^{L}$|0.680.770.870.840.850.700.880.720.850.800.76
j1234567891011
|$\overline{e}_{j}^{L}$|0.750.610.730.530.60.660.760.630.580.830.75
|$\tilde{e}_{j}^{L}$|0.760.620.740.540.600.690.760.660.600.820.77
j1213141516171819202122
|$\overline{e}_{j}^{L}$|0.660.770.870.830.830.680.890.710.840.760.7
|$\tilde{e}_{j}^{L}$|0.680.770.870.840.850.700.880.720.850.800.76
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