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Table 2 Trended value under neutrosophic statistics for February

From: Time series data analysis under indeterminacy

February

Wind speed (mph)

Trend values

Neutrosophic form

Indeterminacy

\({Y}_{L}\)

\({Y}_{U}\)

\({\widehat{Y}}_{L}\)

\({\widehat{Y}}_{U}\)

1

0

5

0.0028

9.24

\({\widehat{Y}}_{N}=0.0028+9.24{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,1}\right]\)

2

0

7

0.0228

9.43

\({\widehat{Y}}_{N}=0.0228+9.43{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,1}\right]\)

3

0

6

0.0428

9.62

\({\widehat{Y}}_{N}=0.0428+9.62{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,1}\right]\)

4

0

14

0.0628

9.81

\({\widehat{Y}}_{N}=0.0628+9.81{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.99}\right]\)

5

0

9

0.0828

10

\({\widehat{Y}}_{N}=0.0828+10{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.99}\right]\)

6

0

8

0.1028

10.19

\({\widehat{Y}}_{N}=0.1028+10.19{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.99}\right]\)

7

0

6

0.1228

10.38

\({\widehat{Y}}_{N}=0.1228+10.38{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.99}\right]\)

8

0

12

0.1428

10.57

\({\widehat{Y}}_{N}=0.1428+10.57{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.99}\right]\)

9

0

12

0.1628

10.76

\({\widehat{Y}}_{N}=0.1628+10.76{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

10

0

12

0.1828

10.95

\({\widehat{Y}}_{N}=0.1828+10.95{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

11

0

7

0.2028

11.14

\({\widehat{Y}}_{N}=0.2028+11.14{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

12

0

14

0.2228

11.33

\({\widehat{Y}}_{N}=0.2228+11.33{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

13

0

15

0.2428

11.52

\({\widehat{Y}}_{N}=0.2428+11.52{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

14

2

21

0.2628

11.71

\({\widehat{Y}}_{N}=0.2628+11.71{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

15

0

15

0.2828

11.9

\({\widehat{Y}}_{N}=0.2828+11.9{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.98}\right]\)

16

0

12

0.3028

12.09

\({\widehat{Y}}_{N}=0.3028+12.09{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

17

0

12

0.3228

12.28

\({\widehat{Y}}_{N}=0.3228+12.28{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

18

0

9

0.3428

12.47

\({\widehat{Y}}_{N}=0.3428+12.47{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

19

3

23

0.3628

12.66

\({\widehat{Y}}_{N}=0.3628+12.66{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

20

0

21

0.3828

12.85

\({\widehat{Y}}_{N}=0.3828+12.85{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

21

0

15

0.4028

13.04

\({\widehat{Y}}_{N}=0.4028+13.04{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

22

0

7

0.4228

13.23

\({\widehat{Y}}_{N}=0.4228+13.23{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

23

0

7

0.4428

13.42

\({\widehat{Y}}_{N}=0.4428+13.42{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

24

0

12

0.4628

13.61

\({\widehat{Y}}_{N}=0.4628+13.61{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

25

0

12

0.4828

13.8

\({\widehat{Y}}_{N}=0.4828+13.8{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.97}\right]\)

26

0

9

0.5028

13.99

\({\widehat{Y}}_{N}=0.5028+13.99{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.96}\right]\)

27

0

9

0.5228

14.18

\({\widehat{Y}}_{N}=0.5228+14.18{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.96}\right]\)

28

0

16

0.5428

14.37

\({\widehat{Y}}_{N}=0.5428+14.37{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.96}\right]\)

29

3

21

0.5628

14.56

\({\widehat{Y}}_{N}=0.5628+14.56{I}_{N}\)

\({I}_{N}\in \left[\mathrm{0,0.96}\right]\)