n = 10

Scenario

Method

1

2

3

4

5

6

7

8

AN2

0.930

0.918

0.939

0.928

0.932

0.922

0.939

0.932

BCAPB

0.960

0.955

0.954

0.938

0.957

0.942

0.946

0.916

r

0.947

0.931

0.933

0.885

0.942

0.908

0.925

0.820

Q

0.928

0.914

0.912

0.924

0.920

0.906

0.876

0.878

Proposed

0.945

0.948

0.946

0.943

0.947

0.949

0.951

0.941

n = 20

Scenario

Method

1

2

3

4

5

6

7

8

AN2

0.935

0.931

0.941

0.937

0.937

0.933

0.945

0.935

BCAPB

0.961

0.953

0.956

0.944

0.960

0.946

0.951

0.930

r

0.943

0.920

0.922

0.892

0.939

0.915

0.914

0.820

Q

0.923

0.939

0.909

0.943

0.925

0.923

0.885

0.904

Proposed

0.947

0.948

0.945

0.949

0.952

0.951

0.950

0.947

n = 30

Scenario

Method

1

2

3

4

5

6

7

8

AN2

0.955

0.949

0.958

0.957

0.956

0.961

0.959

0.954

BCAPB

0.966

0.963

0.969

0.966

0.965

0.964

0.964

0.953

r

0.960

0.939

0.945

0.906

0.952

0.922

0.931

0.831

Q

0.920

0.944

0.916

0.962

0.948

0.936

0.888

0.922

Proposed

0.952

0.950

0.949

0.952

0.948

0.949

0.951

0.947

n = 50

Scenario

Method

1

2

3

4

5

6

7

8

AN2

0.941

0.953

0.944

0.960

0.945

0.952

0.947

0.952

BCAPB

0.953

0.961

0.953

0.967

0.957

0.954

0.953

0.953

r

0.945

0.945

0.933

0.917

0.939

0.927

0.918

0.824

Q

0.954

0.938

0.940

0.966

0.938

0.940

0.914

0.958

Proposed

0.949

0.951

0.948

0.953

0.948

0.949

0.947

0.952