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Evaluation on Comprehensive Protective of Protective Engineering Based on Input-Output DEA Model of Two Goals
Abstract:
In order to solve the problem that the subjectivity of traditional evaluation method and difficulty of testing correlation on comprehensive protective of protective engineering, this message establishes the index system model of comprehensive protective of protective engineering and input-output DEA model of two goals. Based on this, the input-output DEA model of two goals is used to evaluate the comprehensive protective of protective engineering. The example shows that the method in this passage makes effort to compare the DMUs effectively and select the best DMU.
Info:
Periodical:
Pages:
2768-2774
Citation:
Online since:
January 2014
Authors:
Price:
Сopyright:
© 2014 Trans Tech Publications Ltd. All Rights Reserved
Citation:
* - Corresponding Author
75.
70.
65.
40.
70.
55.
35 DMU2 45 126 25 19.
30.
40.
60.
50.
75.
35.
35 DMU3 52 127 34 18.
45.
60.
55.
55.
55.
25.
45 DMU4 49 144 30 22.
55.
55.
70.
45.
65.
45.
40 DMU5 55 148 28 25.
60.
65.
65.
35.
60.
65.
60 DMU 6 50 129 22 28.
25.
45.
40.
60.
50.
50.
65 DMU 7 47 133 29 20.
70.
75.
45.
75.
55.
40.
70 DMU 8 58 130 37 16.
40.
60.
35.
70.
75.
60.
55 DMU 9 53 140 30 17.
65.
80.
75.
80.
85.
70.
90 DMU 10 40 128 27 14.
75.
85.
75.
80.
90.
65.
85 Table Ⅱ: Evaluation results of Input-DEA DMUj DMU1 1.
[1] 00.
[7] 00 0.
[1] 00 0.
15.
10.
40.
20.
10.
50 DMU2.
90.
[7] 17.
[6] 73 0.
[5] 43.
33.
31.
03.
17 0.
19.
36 DMU3.
74.
[9] 10 0.
[5] 33.
[3] 04.
10.
02 0.
04.
11.
23.
17 DMU4.
84.
[3] 83.
[1] 49 0.
[5] 41.
15.
24 0.
30.
19.
16.
39 DMU5.
96.
[13] 04.
[14] 71 0.
[10] 11.
15.
20.
10.
45.
30 0.
25 DMU6.
94.
[16] 43.
[23] 32 0.
[15] 66.
33.
20.
18.
02.
19 0 0 DMU7.
902.
[4] 91 0.
85.
[4] 92 0.
05.
25 0.
29.
21.
10 DMU8.
91.
[15] 79 0.
[8] 71.
[1] 62.
29.
18.
34.
04.
08 0.
23 DMU9.
98.
[9] 11 0.
46.
[1] 66.
16.
12.
06.
06.
12 0.
02 DMU10 1 0 0 0 0 0 0 0 0 0 0 0 Table Ⅲ: Evaluation results of Output-DEA DMUj DMU1 1 0 0 0 0 0 0 0 0 0 0 0 DMU2.
[1] 11.
[7] 96.
[7] 48 0.
[6] 04.
36.
34.
03.
19 0.
21.
40 DMU3.
[1] 35.
[12] 31 0.
[7] 21.
[4] 11.
14.
03 0.
05.
15.
31.
23 DMU4.
[1] 19.
[4] 56.
[1] 78 0.
[6] 44.
18.
29 0.
35.
23.
19.
47 DMU5.
[1] 04.
[13] 52.
[15] 26 0.
[10] 48.
16.
21.
10.
47.
31 0.
26 DMU6.
[1] 06.
[17] 41.
[24] 70 0.
[16] 59.
35.
22.
19.
02.
20 0 0 DMU7.
[1] 108.
[5] 44 0.
95.
[5] 45 0.
05.
28 0.
33.
23.
11 DMU8.
[1] 10.
[17] 38 0.
[9] 58.
[1] 78.
32.
20.
38.
04.
09 0.
26 DMU9.
[1] 02.
[9] 25 0.
47.
[1] 69.
16.
12.
06.
06.
12 0.
02 DMU10 1 0 0 0 0 0 0 0 0 0 0 0 Table Ⅳ: Evaluation results of dual goals of input - output super-efficiency DEA DMUj DMU Sort DMU1.
[1] 00.
[1] 00 0 2 DMU2.
90.
[1] 11.
21 8 DMU3.
74.
[1] 35.
61 10 DMU4.
84.
[1] 19.
35 9 DMU5.
96.
[1] 04.
08 4 DMU6.
94.
[1] 06.
12 5 DMU7.
902.
[1] 108.
206 7 DMU8.
91.
[1] 10.
19 6 DMU9.
98.
[1] 02.
04 3 DMU10.
[1] 40.
71 -0. 69 1 Conclusions Index system of evaluation on comprehensive protection of the protective engineering has been established in this paper, and use dual goals of input - output super-efficiency DEA model according to the characteristic of the index system to evaluate the performance of protective engineering. The established dual goals of input - output super-efficiency DEA model distinguish decision-making units effectively. DMUs are completely sorted. This method may further be applied to the assessment and prediction of the efficiency of other industries. References.