**Appendix A**


**Table A1.** The optimal weights for each DMU using the CCR-I model.

**Table A2.** The slacks for each DMU using the CCR-I model.



**Table A2.** *Cont.*

**Table A3.** The optimal weights for each DMU using the CCR-O model.


**Table A4.** The slacks for each DMU using the CCR-O model.



**Table A4.** *Cont.*

**Table A5.** The optimal weights for each DMU using the BBC-I model.


**Table A6.** The slacks for each DMU using the BCC-I model.



**Table A6.** *Cont.*

**Table A7.** The optimal weights for each DMU using the BBC-O model.


**Table A8.** The slacks for each DMU using the BCC-O model.



**Table A8.** *Cont.*

**Table A9.** The optimal weights for each DMU using the SBM-I-C model.


**Table A10.** The slacks for each DMU using the SBM-I-C model.



**Table A10.** *Cont.*

**Table A11.** The optimal weights for each DMU using the SBM-O-C model.


**Table A12.** The slacks for each DMU using the SBM-O-C model.



**Table A12.** *Cont.*

**Table A13.** The optimal weights for each DMU using the Super SBM-I-C model.


**Table A14.** The slacks for each DMU using the Super SBM-I-C model.



**Table A14.** *Cont.*

**Table A15.** The optimal weights for each DMU using the SBM-AR-C model.


**Table A16.** The slacks for each DMU using the SBM-AR-C model.



**Table A16.** *Cont.*



**Table A18.** The slacks for each DMU using the SBM-AR-V model.



**Table A18.** *Cont.*
