Table 14 Wilcoxon rank–sum test and t-test results for LCA versus recent algorithms for 51 benchmark functions.

From: Learning cooking algorithm for solving global optimization problems

Functions

LCA vs

LCA vs

LCA vs

LCA vs

LCA vs

LCA vs

LCA vs

LCA vs

IGWO

MWOA

TLBO

MTBO

BWO

HHO

MGO

SCSO

\({\text {F1}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–1.763E+00

–1.000E+00

0

–1.022E+00

0

0

–1.370E+00

0

\({\text {F2}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–5.016E+00

–1.238E+00

–2.380E+00

–1.603E+00

0

–1.368E+00

–2.021E+00

–1.170E+00

\({\text {F3}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–1.530E+00

–9.865E+00

–3.498E+00

–3.487E+00

0

–1.000E+00

–1.150E+00

0

\({\text {F4}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–3.149E+00

–6.969E+00

–3.963E+00

–1.489E+01

0

–1.000E+00

–1.531E+00

–1.017E+00

\({\text {F5}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–5.212E+02

–3.337E+02

–1.552E+02

–8.142E+00

–1.193E+00

–4.900E+00

–1.916E+00

–1.650E+02

\({\text {F6}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–9.998E+00

–3.888E+00

–1.866E+00

–1.462E+00

–2.308E+00

–2.829E+00

–1.208E+00

–2.114E+01

\({\text {F7}}\)

\(p-value\)

9.207E–05

1.251E–04

9.207E–05

9.207E–05

8.259E–03

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–1.429E+01

–3.814E+00

–1.097E+01

–9.742E+00

–3.488E+00

–1.615E+00

–6.536E+00

–2.104E+00

\({\text {F8}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

8.139E–06

1.074E–04

8.139E–06

9.207E–05

\(t-test\)

–1.163E+01

–1.279E+01

–3.337E+01

–2.168E+01

1.948E+07

–2.639E+00

5.682E+05

–4.581E+01

\({\text {F9}}\)

\(p-value\)

9.207E–05

NA

1.373E–04

9.207E–05

NA

NA

NA

NA

\(t-test\)

–1.136E+01

0

–9.747E+00

–1.854E+01

0

0

0

0

\({\text {F10}}\)

\(p-value\)

3.813E–05

3.813E–05

5.276E–05

9.207E–05

8.139E–06

8.139E–06

8.139E–06

8.139E–06

\(t-test\)

–2.433E+01

–4.765E+00

–1.424E+01

–2.239E+01

–1.949E+00

–1.949E+00

–2.179E+00

–1.949E+00

\({\text {F11}}\)

\(p-value\)

4.883E–04

1.000E+00

NA

9.207E–05

NA

NA

NA

NA

\(t-test\)

–3.599E+00

–1.000E+00

0

–3.597E+00

0

0

0

0

\({\text {F12}}\)

\(p-value\)

9.207E–05

9.207E–05

9.194E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

\(t-test\)

–1.332E+01

–3.689E+00

–1.453E+00

–4.331E+00

–3.078E+00

–4.427E+00

–3.189E+11

–1.239E+01

\({\text {F13}}\)

\(p-value\)

9.207E–05

9.207E–05

9.142E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

\(t-test\)

–1.832E+00

–6.255E+00

–4.574E+00

–5.870E+00

–2.635E+00

–2.462E+00

–1.154E+11

–3.808E+01

\({\text {F14}}\)

\(p-value\)

8.139E–06

7.022E–05

8.139E–06

8.139E–06

8.139E–06

1.792E–05

8.139E–06

6.312E–05

\(t-test\)

–7.534E+10

–2.386E+00

–7.534E+10

–7.534E+10

–1.478E+07

–1.000E+00

–7.534E+10

–3.410E+00

\({\text {F15}}\)

\(p-value\)

1.504E–03

1.455E–04

7.245E–02

1.555E–03

2.630E–04

3.508E–04

7.159E–02

2.510E–01

\(t-test\)

–9.253E–01

–3.063E+00

–9.984E–01

–1.280E+00

–4.042E+00

–4.427E+00

–1.785E+00

–1.449E+00

\({\text {F16}}\)

\(p-value\)

8.139E–06

8.139E–06

8.139E–06

8.139E–06

9.216E–03

8.139E–06

8.139E–06

8.139E–06

\(t-test\)

2.793E+11

8.951E+05

2.793E+11

2.793E+11

–2.608E+00

2.849E+06

2.793E+11

1.262E+06

\({\text {F17}}\)

\(p-value\)

8.575E–05

9.181E–05

8.575E–05

8.575E–05

9.207E–05

9.181E–05

8.575E–05

9.181E–05

\(t-test\)

5.426E+00

5.318E+00

5.426E+00

5.426E+00

–4.235E+00

5.402E+00

5.426E+00

5.424E+00

\({\text {F18}}\)

\(p-value\)

NA

1.373E–04

NA

NA

9.207E–05

NA

NA

9.207E–05

\(t-test\)

3.879E+02

–1.571E+00

3.879E+02

3.879E+02

–3.427E+00

–1.710E+00

1.369E+02

–4.464E+00

\({\text {F19}}\)

\(p-value\)

6.629E–05

1.587E–01

6.629E–05

6.629E–05

4.168E–01

4.166E–03

6.629E–05

1.191E–01

\(t-test\)

4.978E+00

1.206E+00

–3.815E+03

4.978E+00

9.358E–01

3.901E+00

4.978E+00

1.543E+00

\({\text {F20}}\)

\(p-value\)

8.824E–05

9.207E–05

7.225E–05

8.612E–05

9.207E–05

1.074E–04

8.649E–05

9.207E–05

\(t-test\)

1.251E+01

1.060E+01

1.301E+01

1.140E+01

1.239E+01

8.124E+00

1.100E+01

1.002E+01

\({\text {F21}}\)

\(p-value\)

1.792E–05

9.207E–05

1.252E–05

7.118E–05

9.129E–05

9.207E–05

8.139E–06

9.207E–05

\(t-test\)

–1.000E+00

–4.238E+00

–1.000E+00

–5.286E+00

–6.203E+00

–3.939E+04

–7.875E+08

–7.917E+00

\({\text {F22}}\)

\(p-value\)

1.252E–05

9.207E–05

5.427E–02

5.957E–01

9.194E–05

9.207E–05

8.139E–06

4.043E–04

\(t-test\)

3.922E+05

–4.777E+00

–1.445E+00

–3.183E+00

1.213E+02

–1.345E+01

4.977E+10

–7.719E+00

\({\text {F23}}\)

\(p-value\)

8.139E–06

9.207E–05

4.088E–04

5.659E–01

9.207E–05

9.207E–05

8.139E–06

1.961E–04

\(t-test\)

1.871E+09

–5.936E+00

–1.000E+00

–2.512E+00

4.571E+01

–1.434E+01

5.678E+09

–1.038E+01

\({\text {F24}}\)

\(p-value\)

NA

NA

NA

NA

NA

NA

NA

NA

\(t-test\)

0

0

0

0

0

0

0

0

\({\text {F25}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–2.451E+00

–1.001E+00

0

–1.284E+00

0

0

–1.041E+00

0

\({\text {F26}}\)

\(p-value\)

4.570E–05

1.410E–02

4.570E–05

4.570E–05

1.820E–01

9.078E–05

4.570E–05

9.207E–05

\(t-test\)

1.388E+01

–1.448E+00

1.388E+01

1.388E+01

–2.192E+00

1.388E+01

1.388E+01

1.388E+01

\({\text {F27}}\)

\(p-value\)

NA

2.033E–04

NA

NA

NA

9.194E–05

NA

1.780E–04

\(t-test\)

0

–1.961E+00

0

0

0

–3.215E+00

0

–3.886E+00

\({\text {F28}}\)

\(p-value\)

9.207E–05

NA

9.207E–05

9.207E–05

NA

9.207E–05

NA

NA

\(t-test\)

0

0

0

–1.013E+00

0

0

0

0

\({\text {F29}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–5.334E+00

–3.372E+00

–2.291E+00

–1.877E+00

–3.875E+00

–4.152E+00

–3.365E+00

–5.027E+00

\({\text {F30}}\)

\(p-value\)

1.217E–03

3.173E–01

1.273E–03

1.273E–03

9.207E–05

2.451E–01

6.371E–05

8.416E–05

\(t-test\)

–9.997E–01

–3.559E+00

–9.997E–01

–9.997E–01

–4.094E–02

–2.179E+00

0

–7.670E–07

\({\text {F31}}\)

\(p-value\)

1.788E–05

3.163E–01

1.788E–05

8.926E–03

2.273E–04

1.391E–01

1.788E–05

2.415E–05

\(t-test\)

1.083E–05

–3.559E+00

1.083E–05

–1.453E+00

–4.768E+00

–3.943E+00

1.083E–05

9.499E–06

\({\text {F32}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–1.093E+00

0

0

–1.138E+00

0

0

0

0

\({\text {F33}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

NA

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

–4.446E+00

–2.581E+00

–2.200E+00

–2.337E+00

0

0

–1.000E+00

0

\({\text {F34}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.194E–05

9.207E–05

9.207E–05

NA

9.207E–05

\(t-test\)

–2.139E+00

–1.044E+00

–1.007E+00

–1.025E+00

–2.991E+00

–1.038E+00

0

–1.602E+00

\({\text {F35}}\)

\(p-value\)

NA

NA

NA

NA

NA

NA

NA

NA

\(t-test\)

0

0

0

0

0

0

0

0

\({\text {F36}}\)

\(p-value\)

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

9.207E–05

\(t-test\)

0

–3.164E+00

0

0

–5.381E+00

–3.079E+00

0

–4.146E+00

\({\text {F37}}\)

\(p-value\)

8.139E–06

1.551E–03

8.139E–06

8.139E–06

9.207E–05

9.014E–05

8.139E–06

9.103E–05

\(t-test\)

4.734E+10

–9.999E–01

4.734E+10

4.734E+10

–4.939E+00

1.429E+02

4.734E+10

7.124E+02

\({\text {F38}}\)

\(p-value\)

9.207E–05

1.691E–04

9.129E–05

9.168E–05

9.207E–05

9.207E–05

9.039E–05

7.042E–04

\(t-test\)

5.075E+01

6.035E+00

4.058E+01

2.099E+01

3.950E+01

6.918E+00

4.149E+01

4.416E+00

\({\text {F39}}\)

\(p-value\)

9.207E–05

3.412E–02

9.207E–05

9.207E–05

1.732E–02

2.274E–03

9.207E–05

5.900E–03

\(t-test\)

2.761E+01

2.051E+00

2.786E+01

2.069E+01

2.744E+00

2.451E+00

2.956E+01

3.218E+00

\({\text {F40}}\)

\(p-value\)

NA

NA

NA

NA

NA

NA

NA

NA

\(t-test\)

0

0

0

0

0

0

0

0

\({\text {F41}}\)

\(p-value\)

NA

NA

NA

NA

NA

NA

NA

NA

\(t-test\)

0

0

0

0

0

0

0

0

\({\text {F42}}\)

\(p-value\)

NA

7.813E–03

NA

NA

NA

NA

NA

NA

\(t-test\)

0

–2.603E+00

0

0

0

0

0

0

\({\text {F43}}\)

\(p-value\)

9.207E–05

4.883E–04

9.207E–05

9.207E–05

9.207E–05

1.563E–02

NA

4.456E–04

\(t-test\)

–2.015E+00

–1.475E+00

–6.554E+00

–3.704E+00

–3.292E+00

–1.602E+00

0

–2.259E+00

\({\text {F44}}\)

\(p-value\)

NA

NA

NA

NA

NA

NA

NA

NA

\(t-test\)

0

0

0

0

0

0

0

0

\({\text {F45}}\)

\(p-value\)

NA

9.207E–05

NA

NA

9.207E–05

NA

NA

9.207E–05

\(t-test\)

0

–1.973E+00

0

0

–2.486E+00

0

0

–2.926E+00

\({\text {F46}}\)

\(p-value\)

NA

1.000E+00

NA

NA

9.207E–05

NA

NA

7.813E–03

\(t-test\)

0

–1.000E+00

0

0

–2.714E+00

–1.540E+00

0

–1.000E+00

\({\text {F47}}\)

\(p-value\)

9.078E–05

9.207E–05

9.207E–05

9.091E–05

9.207E–05

9.207E–05

9.078E–05

9.207E–05

\(t-test\)

3.169E+00

–4.549E+00

–3.611E+01

1.940E+00

2.770E+00

3.114E+00

3.169E+00

–3.791E+00

\({\text {F48}}\)

\(p-value\)

9.181E–05

9.207E–05

9.168E–05

9.207E–05

9.207E–05

9.207E–05

9.091E–05

9.207E–05

\(t-test\)

5.362E+01

–4.484E+00

2.372E+01

1.486E+01

–1.678E+01

1.174E+01

4.116E+01

–1.217E–01

\({\text {F49}}\)

\(p-value\)

NA

9.207E–05

NA

1.000E+00

9.207E–05

NA

NA

9.207E–05

\(t-test\)

0

–2.277E+00

0

–1.000E+00

–1.669E+00

0

0

–2.793E+00

\({\text {F50}}\)

\(p-value\)

NA

9.207E–05

NA

NA

9.207E–05

NA

NA

9.207E–05

\(t-test\)

0

–2.062E+00

0

0

–3.150E+00

0

0

–1.692E+00

\({\text {F51}}\)

\(p-value\)

NA

9.207E–05

NA

NA

9.207E–05

NA

NA

9.207E–05

\(t-test\)

0

–2.064E+00

0

0

–1.940E+00

0

0

–1.352E+00