Table 10 Ranking results based on different AOs.

From: Group decision-making framework using generalized heronian mean operators in quasi rung orthopair fuzzy environment with applications

pqQROF operators

 

Final

results

 

Ranking

AAWA32

0.6418

0.5270

0.5046

0.5440

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

AAWG32

0.5455

0.4730

0.4782

0.4754

\(\aleph _{1}>\aleph _{3}>\aleph _{4}>\aleph _{2}\)

WA29

0.6061

0.5034

0.4944

0.5198

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

WG29

0.5779

0.4888

0.4871

0.5001

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

CLBWA31

0.2194

0.1658

0.1690

0.1782

\(\aleph _{1}>\aleph _{4}>\aleph _{3}>\aleph _{2}\)

CLBWG31

0.8651

0.8300

0.8219

0.8315

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

STWA30

0.8588

0.7863

0.7530

0.7843

\(\aleph _{1}>\aleph _{2}>\aleph _{4}>\aleph _{3}\)

STWG30

0.8269

0.7656

0.7427

0.7628

\(\aleph _{1}>\aleph _{2}>\aleph _{4}>\aleph _{3}\)

HWA33

0.5998

0.4999

0.4928

0.5158

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

HWG33

0.5846

0.4918

0.4885

0.5044

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

FWA46

0.6723

0.5648

0.5624

0.5948

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

FWG46

0.6436

0.5537

0.5511

0.5725

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

MABAC25

2.4642

1.8573

1.3688

1.6397

\(\aleph _{1}>\aleph _{2}>\aleph _{4}>\aleph _{3}\)

Proposed approach

0.6008

0.5244

0.5238

0.5342

\(\aleph _{1}>\aleph _{4}>\aleph _{2}>\aleph _{3}\)

  1. AAWA: Aczel-Alsina weighted average, AAWG: Aczel-Alsina weighted geometric, WA: weighted averaging, WG: weighted geometric, CLBWA: confidence levels-based weighted average, CLBWG: confidence levels-based weighted geometric, STWA: sine trigonometric weighted average, STWG: sine trigonometric weighted geometric, HWA: Hamacher weighted average, HWG: Hamacher weighted geometric, FWA: Frank weighted average, FWG: Frank weighted geometric, MABAC: multi-attribute border approximation area comparison.