International Journal of Electrical and Electronics Engineering,
Journal Year:
2024,
Volume and Issue:
11(12), P. 229 - 234
Published: Dec. 31, 2024
This
paper
presents
a
Trust
Management
System
(TMS)
designed
to
counteract
cyber-attacks
in
fog
computing
environments.
The
system
integrates
fuzzy
AHP,
hierarchical
PROMETHEE
methods,
and
ranking
evaluate
trust
based
on
Quality
of
Service
(QoS),
Security
(QoSec),
economic
factors.
Tested
against
Replay,
On-Off,
Bad-mouthing,
Ransomware
attacks,
the
demonstrates
high
detection
accuracy,
with
error
rates
between
3.50%
4.15%.
results
show
that
proposed
TMS
effectively
enhances
security
evaluation
networks.
This
article
provides
a
comprehensive
review
of
the
intersection
5G
technology
and
Beyond,
Smart
Grids,
focusing
on
potential
Vehicle-to-Fog
as
an
industrial
alternative
for
addressing
energy
efficiency
challenges
in
data
processing.
study
aims
to
investigate
relevant
articles
patents
understand
collaborative
between
Grids.
It
explores
how
establish
new
regulatory
standards
within
architectural
framework
facilitate
decentralized
processing
remodel
consumption
patterns.
The
hypothesis
suggests
that
architecture
Grids
can
be
most
effectively
applied
through
vehicular
fogging
powered
by
solar
energy.
A
combined
quantitative
qualitative
methodology
guides
exploration
patents.
concludes
advocating
embrace
processing,
emphasizing
future
deployment
6G
These
advancements
significantly
enhance
context
pave
way
innovations.
International Journal of Communication Systems,
Journal Year:
2024,
Volume and Issue:
37(16)
Published: July 11, 2024
Summary
Vehicular
fog
networks
(VFNs)
improve
vehicular
communications
by
incorporating
computing
into
the
existing
infrastructure.
The
integration
of
and
communication
results
in
development
a
diverse
range
novel
applications
services,
including
intelligent
transportation
systems
real‐time
data
analytics.
This
paradigm
has
evolved
as
an
innovative
strategy
that
deals
with
load
on
cloudlet
nodes,
improves
service
response
time
during
high‐demand
periods,
saves
energy
battery‐powered
devices.
VFN
is
realized
offloading
user
workloads
to
devices,
taking
advantage
underutilized
computational
power
nearby
vehicles.
While
holds
great
promise,
its
widespread
adoption
faces
many
challenges,
ineffective
energy‐latency
tradeoff
mechanisms
optimal
resource
allocation
strategies.
study
provides
thorough
analysis
explores
examines
current
approaches,
suggests
ways
tradeoffs
between
latency,
thereby
optimizing
network
resources.
offers
constructive
recommendations
for
enhancing
establishing
more
robust
VFNs.
International Journal of Electrical and Electronics Engineering,
Journal Year:
2024,
Volume and Issue:
11(12), P. 229 - 234
Published: Dec. 31, 2024
This
paper
presents
a
Trust
Management
System
(TMS)
designed
to
counteract
cyber-attacks
in
fog
computing
environments.
The
system
integrates
fuzzy
AHP,
hierarchical
PROMETHEE
methods,
and
ranking
evaluate
trust
based
on
Quality
of
Service
(QoS),
Security
(QoSec),
economic
factors.
Tested
against
Replay,
On-Off,
Bad-mouthing,
Ransomware
attacks,
the
demonstrates
high
detection
accuracy,
with
error
rates
between
3.50%
4.15%.
results
show
that
proposed
TMS
effectively
enhances
security
evaluation
networks.
