In
this
work
We
consider
and
discuss
the
problems
which
come
with
trying
to
explain
human
machine
intelligence.How
explainable
artificial
intelligence
research
is
being
carried
out,
pitfalls
limitations
of
current
approaches
bigger
question
whether
we
need
explanations
for
trusting
inherently
complex
large
intelligent
systems,
or
not.
2022 IEEE Congress on Evolutionary Computation (CEC),
Journal Year:
2023,
Volume and Issue:
unknown, P. 1 - 8
Published: July 1, 2023
Leave-one-problem-out
(LOPO)
performance
prediction
requires
machine
learning
(ML)
models
to
extrapolate
algorithms'
from
a
set
of
training
problems
previously
unseen
problem.
LOPO
is
very
challenging
task
even
for
state-of-the-art
approaches.
Models
that
work
well
in
the
easier
leave-one-instance-out
scenario
often
fail
generalize
setting.
To
address
problem,
recent
suggested
enriching
standard
random
forest
(RF)
regression
with
weighted
average
on
are
considered
similar
test
More
precisely,
this
RF+clust
approach,
weights
chosen
proportionally
distances
some
feature
space.
Here
work,
we
extend
approach
by
adjusting
distance-based
importance
features
regression.
That
is,
instead
considering
cosine
distance
space,
consider
measure,
depending
relevance
model.
Our
empirical
evaluation
modified
CEC
2014
benchmark
suite
confirms
its
advantages
over
naive
measure.
However,
also
observe
room
improvement,
particular
respect
more
expressive
portfolios.
In
this
work
We
consider
and
discuss
the
problems
which
come
with
trying
to
explain
human
machine
intelligence.How
explainable
artificial
intelligence
research
is
being
carried
out,
pitfalls
limitations
of
current
approaches
bigger
question
whether
we
need
explanations
for
trusting
inherently
complex
large
intelligent
systems,
or
not.