Hypervolume maximization (2002): "Knowles and Corne were the first to propose the
integration of the hypervolume indicator into the
optimization process. In particular, they described a strategy
to maintain a separate bounded archive of nondominated solutions
based on the hypervolume indicator", J. Bader (2009)
Multiobjective memetic algorithms (2000): "Knowles and Corne proposed a greedy local
search
method mainly based on dominance relation. Their idea is to accept a
new neighborhood
solution if it dominates the current solution...
An obvious advantage of dominance relation is its independence on any
monotonic
transformation of objective functions." A. Jaszkiewicz et al. (2012)
Adaptive grid-based archiving (1999): "Since the procedure is adaptive, no
extra parameters
are required [...] . This adaptive grid (or variations of
it) has been adopted by several modern multiobjective evolutionary
algorithms." C. A. C. Coello (2006).
PAES algorithm (1999):
"... the most competitive algorithm" [concerning scalability in
decision space, and] "...the second best algorithm in terms of
speed." J. J. Durillo et al. (2008), an empirical comparison of
scalability of MOEAs.
Multiobjectivization (2001): "...researchers
proposed the
so-called 'multiobjectivization'
by which a single-objective optimization
problem is decomposed into several subcomponents considering
a multi-objective approach (Jensen, 2003), (Knowles et al., 2001). This procedure
has been found to be helpful in removing local
optima from a problem and has attracted a lot of attention
in the last few years." C. A. C. Coello (2006)
ParEGO (2006):
"In ParEGO, the nondifferentiabilities are smoothed out by the
surrogate model, making the actual EI criterion continuous and
differentiable. ... For ParEGO, only one model has to be computed
making it the fastest of all approaches." T. Wagner et al. (2010)
"Recently, some
researchers have proposed the use of black-box optimization
techniques normally adopted in engineering to perform
an incredibly low number of fitness function
evaluations while still producing reasonably good solutions
(see for example (Knowles, 2006))." C. A. C. Coello (2006)