. 2021 Sep 15;34(3):1877–1903. doi: 10.1007/s00521-021-06427-3

Table 14.

Stability analysis for the GPFSS (F, N, g)

		$\tilde{Q}$	$\tilde{QF}$	$Q$	$QF$
$λ$	$δ$	Ranking	Ranking	Ranking	Ranking
2	0.1	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.2	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.3	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.4	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.6	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.7	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.8	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
	0.9	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$	${d_{1}, d_{2}} < d_{3}$
3	0.1	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.2	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.3	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.4	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.6	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.7	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.8	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.9	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
5	0.1	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.2	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.3	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.4	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.6	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.7	$c_{1} < c_{2} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.8	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$
	0.9	$c_{1} < c_{3} < c_{2}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$	${c_{1}, c_{2}} < c_{3}$