Appendix: Result of Run 1
HRL
Delay
TP
TN
FP
FN
2.58
10
4
0
21
0
2.59
10
4
0
21
0
2.6
10
4
1
20
0
2.61
10
4
2
19
0
2.62
10
3
3
18
1
2.63
10
3
6
15
1
2.64
10
3
9
12
1
2.65
10
3
9
12
1
2.66
10
3
9
12
1
2.67
10
1
10
11
3
2.68
10
1
10
11
3
2.69
10
1
11
10
3
2.7
10
0
21
0
4
2.71
10
0
21
0
4
2.72
10
0
21
0
4
2.58
15
4
1
20
0
2.59
15
4
1
20
0
2.6
15
4
2
19
0
2.61
15
4
2
19
0
2.62
15
3
3
18
1
2.63
15
3
6
15
1
2.64
15
3
9
12
1
2.65
15
3
10
11
1
2.66
15
2
10
11
2
2.67
15
1
10
11
3
2.68
15
1
10
11
3
2.69
15
1
12
9
3
2.7
15
0
21
0
4
2.71
15
0
21
0
4
2.72
15
0
21
0
4
2.58
30
4
3
18
0
2.59
30
4
3
18
0
2.6
30
4
4
17
0
2.61
30
4
5
16
0
(continued)
Table 6 Results of Run 4
HRL
Delay
TP
TN
FP
FN
Sen
Spe
2.82
10
4
1
20
0
1.00
0.05
2.83
10
3
8
13
1
0.75
0.38
2.81
120
4
5
16
0
1.00
0.24
2.82
120
3
5
16
1
0.75
0.24
Using Radial Basis Function for Water Quality Events Detection
163
HRL
Delay
TP
TN
FP
FN
2.58
10
4
0
21
0
2.59
10
4
0
21
0
2.6
10
4
1
20
0
2.61
10
4
2
19
0
2.62
10
3
3
18
1
2.63
10
3
6
15
1
2.64
10
3
9
12
1
2.65
10
3
9
12
1
2.66
10
3
9
12
1
2.67
10
1
10
11
3
2.68
10
1
10
11
3
2.69
10
1
11
10
3
2.7
10
0
21
0
4
2.71
10
0
21
0
4
2.72
10
0
21
0
4
2.58
15
4
1
20
0
2.59
15
4
1
20
0
2.6
15
4
2
19
0
2.61
15
4
2
19
0
2.62
15
3
3
18
1
2.63
15
3
6
15
1
2.64
15
3
9
12
1
2.65
15
3
10
11
1
2.66
15
2
10
11
2
2.67
15
1
10
11
3
2.68
15
1
10
11
3
2.69
15
1
12
9
3
2.7
15
0
21
0
4
2.71
15
0
21
0
4
2.72
15
0
21
0
4
2.58
30
4
3
18
0
2.59
30
4
3
18
0
2.6
30
4
4
17
0
2.61
30
4
5
16
0
(continued)
Table 6 Results of Run 4
HRL
Delay
TP
TN
FP
FN
Sen
Spe
2.82
10
4
1
20
0
1.00
0.05
2.83
10
3
8
13
1
0.75
0.38
2.81
120
4
5
16
0
1.00
0.24
2.82
120
3
5
16
1
0.75
0.24
Using Radial Basis Function for Water Quality Events Detection
163
