Information Processing in Agriculture,
Journal Year:
2024,
Volume and Issue:
unknown
Published: April 1, 2024
The
existing
agriculture
practices
faced
many
challenges
and
fail
to
address
some
of
the
most
critical
needs
growing
population.
Food
insecurity,
high
initial
cost
smart
farming,
severe
farm
labor
shortage
worldwide,
economic,
social,
political
crises
related
famines,
poverty,
climate
change,
technology
focus
Agriculture
4.0
calls
for
rethinking
paradigm.
Moreover,
idea
Society
5.0
promoted
by
Japanese
government
triggered
position
reactions
from
policymakers,
governments,
private
institutions,
academicians,
researchers.
human
centered
society
where
individuals
live
their
lives
fullest
with
shared
vision
happiness,
social
harmony,
sustainability,
resilience
recently
caught
scholars'
attention.
Several
researchers
investigated
its
components
including
5.0.
not
only
could
be
leveraged
issues,
but
become
a
major
driving
force
achieving
5.0's
goals.
This
paper
follows
systematic
literature
review
approach
investigate
drivers,
enabling
cutting-edge
technologies,
various
opportunities
developing,
adopting,
implementation
It
also
highlighted
overall
holistic
architectural
framework
based
on
12
layers
Though
is
promising
opportunities,
such
as
creating
new
job
young
generations,
boosting
mass
customization,
it
will
face
potential
challenges.
Some
include
cybersecurity
privacy
difficulties
an
effective
legal,
regulatory
compliance
system
due
automation
personalization,
standardization
adapting
agricultural
production
strategies
models
constantly
changing
customer
preferences.
Journal of Cleaner Production,
Journal Year:
2024,
Volume and Issue:
437, P. 140527 - 140527
Published: Jan. 1, 2024
The
emergence
of
Industry
4.0
marks
a
transformative
era
for
businesses
and
industries,
characterized
by
advanced
technologies
like
automation,
Internet
Things
(IoT),
artificial
intelligence
(AI),
smart
factories,
cyber-physical
systems.
This
revolution
promises
significant
advantages,
including
enhanced
productivity,
sustainable
progress,
heightened
resilience.
However,
the
integration
is
challenged
need
skilled
workforce
with
expertise
in
areas
such
as
information
technology
data
analytics.
Higher
education
institutions
(HEIs)
play
vital
role
equipping
future
professionals
these
skills,
necessitating
curriculum
updates
infrastructure
enhancements.
Simultaneously,
importance
development
(ESD)
has
been
underscored
global
initiatives
Sustainable
Development
Goals
(SDGs).
ESD
instills
sense
responsibility
economic,
ecological,
equitable
well-being.
As
digital
blur
lines
between
faces
challenge
adapting
to
evolving
demands.
AI
tools
emerged
catalyst
reshaping
learning
experiences,
fostering
innovation,
preparing
individuals
age.
chatbots
ChatGPT
have
garnered
widespread
attention
possess
potential
revolutionize
various
aspects
education.
their
raises
ethical
concerns,
necessitates
redesign,
requires
strategies
continuous
learning,
demands
alignment
industry
standards.
While
promising,
there
notable
gap
existing
literature
when
it
comes
exploring
implications,
influence
on
ESD,
impact
structure
Blooms
Taxonomy,
collaboration
academia
industry,
effective
personalized
learning.
paper
aims
critically
examine
tools,
specific
emphasis
ChatGPT,
within
context
ESD.
It
delves
into
potential,
considerations,
imperatives
partnerships.
By
providing
insights
strategies,
this
contributes
ongoing
discussion
about
nature
technologically
driven
world,
academic
navigate
complexities
opportunities
associated
more
effectively.
Processes,
Journal Year:
2023,
Volume and Issue:
11(1), P. 193 - 193
Published: Jan. 7, 2023
Industry
5.0
presents
itself
as
a
strategy
that
puts
the
human
factor
at
centre
of
production,
where
well-being
worker
is
prioritized,
well
more
sustainable
and
resilient
production
systems.
For
centricity,
it
necessary
to
empower
beings
and,
respectively,
industrial
operators,
improve
their
individual
skills
competences
in
collaboration
or
cooperation
with
digital
technologies.
This
research’s
main
purpose
distinguishing
point
are
determine
whether
truly
human-oriented
how
centricity
can
be
created
that,
this
systematic
literature
review
article
analyses
clarifies
concepts
ideologies
its
respective
technologies
(Artificial
Intelligence,
Robotics,
Human-robot
collaboration,
Digitalization),
strategies
aim
achieving
systems,
especially
for
worker.
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(22), P. 15258 - 15258
Published: Nov. 17, 2022
Significant
changes
in
society
were
emphasized
as
being
required
to
achieve
Sustainable
Development
Goals,
a
need
which
was
further
intensified
with
the
emergence
of
pandemic.
The
prospective
should
be
directed
towards
sustainable
development,
process
technology
plays
crucial
role.
proposed
study
discusses
technological
potential
for
attaining
Goals
via
disruptive
technologies.
This
analyzes
outcome
technologies
from
aspects
product
health
care
transformation,
pandemic
case
study,
nature-inclusive
business
models,
smart
cities
and
villages.
These
outcomes
are
mapped
direct
influence
on
3,
8,
9
11.
Various
ways
influenced
elaborated.
investigation
into
highlighted
that
Industry
5.0
Society
most
supportive
development
underpin
efforts
Goals.
proposes
scenario
where
both
integrated
form
villages
prospects
achieving
more
favorable
due
framework
Goals’
interactions.
Furthermore,
an
including
new
age
establish
concepts
corresponding
also
mapped.
A
SWOT
analysis
is
performed
assess
approach
Ultimately,
this
can
assist
industrialist,
policy
makers
researchers
envisioning
perspectives.
Resources Policy,
Journal Year:
2023,
Volume and Issue:
82, P. 103547 - 103547
Published: April 25, 2023
This
study
analyses
the
relationship
between
carbon
dioxide
emissions
per
capita,
economic
complexity
index,
renewable
energy,
and
inward
foreign
direct
investment
using
panel
data
for
BRICS
countries
from
1995
to
2020.
Empirical
results
confirm
that
environmental
Kuznets
curve
is
fulfilled,
with
a
positive
but
decreasing
contribution
of
development
on
deterioration,
point
neutrality
CO2
can
be
achieved
in
long
term.
In
addition,
confirm,
this
case,
Pollution
Haven
Hypothesis,
is,
set
economies
chooses
apply
regulations
do
not
respect
environment.
The
other
econometric
studies
support
study,
pointing
long-run
cointegration.
unit
root
tests
variance
inflation
test
also
stationarity
at
first
difference
lack
multicollinearity,
respectively.
Finally,
given
scarcity
empirical
studies,
adopts
an
incipient
methodology
approximate
impact
technologies
associated
Industry
4.0
emissions,
obtaining
evidence
their
effect
deterioration
very
moderate.
suggest
that,
term,
these
contribute
achieving
polluting
emissions.
Future Internet,
Journal Year:
2023,
Volume and Issue:
15(5), P. 162 - 162
Published: April 27, 2023
The
blending
of
human
and
mechanical
capabilities
has
become
a
reality
in
the
realm
Industry
4.0.
Enterprises
are
encouraged
to
design
frameworks
capable
harnessing
power
technological
resources
enhance
era
Artificial
Intelligence
(AI).
Over
past
decade,
AI
technologies
have
transformed
competitive
landscape,
particularly
during
pandemic.
Consequently,
job
market,
at
an
international
level,
is
transforming
towards
integration
suitably
skilled
people
cutting
edge
technologies,
emphasizing
need
focus
on
upcoming
super-smart
society
known
as
Society
5.0.
concept
Humachine
builds
notion
that
humans
machines
common
future
capitalizes
strengths
both
machines.
Therefore,
aim
this
paper
identify
distinguishing
characteristics
machines,
laying
groundwork
for
improving
human–machine
interaction
(HMI).
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(6), P. 5185 - 5185
Published: March 15, 2023
The
term
“Resilient
Supply
Chain
4.0”
incorporates
two
research
areas:
Industry
4.0
and
Resilience
(SCRes).
technologies
include
innovations
such
as
the
Internet
of
Things
(IoT),
Cyber-Physical
Systems
(CPS),
Augmented
Reality
(AR),
Cloud
Computing
(CC),
Services
(IoS),
Big
Data
Analytics
(BDA),
Artificial
Intelligence
(AI),
Digital
Twins
(DT),
Blockchain
(BC),
Industrial
Robotics
(IR),
Additive
Manufacturing
(AM).
do
not
have
a
direct
impact
on
SCRes,
but
resilience
elements
flexibility,
redundancy,
visibility,
agility,
collaboration,
robustness,
information
sharing.
This
paper
aims
to
investigate
which
can
help
improve
Key
Performance
Indicators
(KPIs)
that
are
used
for
creating
Resilient
4.0.
A
non-systematic
literature
review
has
been
conducted
identification
(a)
most
important
constituent
(b)
SCRes
elements,
(c)
KPIs
enhance
SCRes.
systematic
identify
an
findings
this
work
demonstrate
