Wiley Interdisciplinary Reviews Data Mining and Knowledge Discovery,
Journal Year:
2024,
Volume and Issue:
14(6)
Published: Oct. 8, 2024
Abstract
Automatic
emotion
recognition
is
a
burgeoning
field
of
research
and
has
its
roots
in
psychology
cognitive
science.
This
article
comprehensively
reviews
multimodal
recognition,
covering
various
aspects
such
as
theories,
discrete
dimensional
models,
emotional
response
systems,
datasets,
current
trends.
reviewed
179
literature
papers
from
2017
to
2023
reflect
on
the
trends
affective
computing.
covers
modalities
used
based
system
under
four
categories:
subjective
experience
comprising
text
self‐report;
peripheral
physiology
electrodermal,
cardiovascular,
facial
muscle,
respiration
activity;
central
EEG,
neuroimaging,
EOG;
behavior
facial,
vocal,
whole‐body
behavior,
observer
ratings.
review
summarizes
measures
each
modality
states.
provides
an
extensive
list
datasets
their
unique
characteristics.
The
recent
advances
are
grouped
focus
areas
elicitation
strategy,
data
collection
handling,
impact
culture
feature
extraction,
selection,
alignment
signals
across
modalities,
fusion
strategies.
strategies
detailed
this
article,
extracting
shared
representations
different
removing
redundant
features
learning
critical
crucial
for
recognition.
strengths
weaknesses
outcome,
along
with
challenges
future
work
aims
serve
lucid
introduction,
all
novices.
categorized
under:
Fundamental
Concepts
Data
Knowledge
>
Human
Centricity
User
Interaction
Technologies
Cognitive
Computing
Artificial
Intelligence
IEEE Transactions on Affective Computing,
Journal Year:
2023,
Volume and Issue:
15(2), P. 606 - 619
Published: June 15, 2023
Multimodal
emotion
recognition
has
attracted
increasing
interest
from
academia
and
industry
in
recent
years,
since
it
enables
detection
using
various
modalities,
such
as
facial
expression
images,
speech
physiological
signals.
Although
research
this
field
grown
rapidly,
is
still
challenging
to
create
a
multimodal
database
containing
electrical
information
due
the
difficulty
capturing
natural
subtle
signals,
optomyography
(OMG)
To
end,
we
present
newly
developed
Genuine
Emotion
Expression
Detection
(MGEED)
paper,
which
first
publicly
available
OMG
MGEED
consists
of
17
subjects
with
over
150K
140K
depth
maps
different
modalities
signals
including
OMG,
electroencephalography
(EEG)
electrocardiography
(ECG)
The
emotions
participants
are
evoked
by
video
stimuli
data
collected
sensing
system.
With
data,
an
method
based
on
signal
synchronisation,
feature
extraction,
fusion
prediction.
results
show
that
superior
performance
can
be
achieved
fusing
visual,
EEG
features.
obtained
https://github.com/YMPort/MGEED
.
IEEE Transactions on Affective Computing,
Journal Year:
2022,
Volume and Issue:
15(1), P. 50 - 62
Published: Nov. 16, 2022
As
the
popularity
of
wearables
increases,
so
does
their
utility
for
studying
emotions.
Using
new
technologies
points
to
several
ethical
challenges
be
considered
improve
research
designs.
There
are
recommendations
utilizing
study
human
emotions,
but
they
focus
on
emotion
recognition
systems
applications
rather
than
design
and
implementation.
To
address
this
gap,
we
have
developed
a
perspective
wearables,
especially
in
daily
life,
adapting
ReCODE
Health
-
Digital
Framework
companion
checklist.
Therefore,
our
framework
consists
four
domains:
(1)
participation
experience,
(2)
privacy,
(3)
data
management,
(4)
access
usability.
We
identified
33
primary
risks
using
including
research-related
negative
collecting,
processing,
storing,
sharing
personal
biological
information,
commercial
technology
validity
reliability,
exclusivity
issues.
also
proposed
possible
strategies
minimizing
risks.
consulted
guidelines
with
members
ethics
committees
relevant
researchers.
The
judges
(
N
=
26)
positively
rated
solutions
provided
useful
feedback
that
helped
us
refine
guidance.
Finally,
summarized
proposals
checklist
researchers'
convenience.
Our
contribute
future
by
providing
improved
protection
participants'
scientists'
interests.
Argumentation,
Journal Year:
2024,
Volume and Issue:
38(3), P. 369 - 403
Published: June 21, 2024
Abstract
In
this
paper,
we
present
a
model
of
pathos,
delineate
its
operationalisation,
and
demonstrate
utility
through
an
analysis
natural
language
argumentation.
We
understand
pathos
as
interactional
persuasive
process
in
which
speakers
are
performing
appeals
the
audience
experiences
emotional
reactions.
analyse
two
strategies
such
pre-election
debates:
pathotic
Argument
Schemes
based
on
taxonomy
proposed
by
Walton
et
al.
(Argumentation
schemes,
Cambridge
University
Press,
Cambridge,
2008),
emotion-eliciting
psychological
lexicons
emotive
words
(Wierzba
Behav
Res
Methods
54:2146–2161,
2021).
order
to
match
with
possible
reactions,
collect
real-time
social
media
reactions
debates
apply
sentiment
(Alswaidan
Menai
Knowl
Inf
Syst
62:2937–2987,
2020)
method
observe
emotion
expressed
language.
The
results
point
importance
modern
discourse:
political
refer
emotions
most
their
arguments,
reacts
those
using
emotion-expressing
Our
show
that
is
common
strategy
argumentation
can
be
analysed
support
computational
methods.
Wiley Interdisciplinary Reviews Data Mining and Knowledge Discovery,
Journal Year:
2024,
Volume and Issue:
14(6)
Published: Oct. 8, 2024
Abstract
Automatic
emotion
recognition
is
a
burgeoning
field
of
research
and
has
its
roots
in
psychology
cognitive
science.
This
article
comprehensively
reviews
multimodal
recognition,
covering
various
aspects
such
as
theories,
discrete
dimensional
models,
emotional
response
systems,
datasets,
current
trends.
reviewed
179
literature
papers
from
2017
to
2023
reflect
on
the
trends
affective
computing.
covers
modalities
used
based
system
under
four
categories:
subjective
experience
comprising
text
self‐report;
peripheral
physiology
electrodermal,
cardiovascular,
facial
muscle,
respiration
activity;
central
EEG,
neuroimaging,
EOG;
behavior
facial,
vocal,
whole‐body
behavior,
observer
ratings.
review
summarizes
measures
each
modality
states.
provides
an
extensive
list
datasets
their
unique
characteristics.
The
recent
advances
are
grouped
focus
areas
elicitation
strategy,
data
collection
handling,
impact
culture
feature
extraction,
selection,
alignment
signals
across
modalities,
fusion
strategies.
strategies
detailed
this
article,
extracting
shared
representations
different
removing
redundant
features
learning
critical
crucial
for
recognition.
strengths
weaknesses
outcome,
along
with
challenges
future
work
aims
serve
lucid
introduction,
all
novices.
categorized
under:
Fundamental
Concepts
Data
Knowledge
>
Human
Centricity
User
Interaction
Technologies
Cognitive
Computing
Artificial
Intelligence