IEEE Transactions on Neural Systems and Rehabilitation Engineering,
Journal Year:
2024,
Volume and Issue:
33, P. 150 - 161
Published: Dec. 23, 2024
Amyotrophic
lateral
sclerosis
(ALS)
is
a
chronic,
progressive
neurodegenerative
disease
that
mainly
causes
damage
to
upper
and
lower
motor
neurons.
This
leads
deterioration
in
the
voluntary
mobility
of
extremities
ALS
patients,
which
underscores
pressing
need
for
an
assistance
system
facilitate
communication
body
movement
without
relying
on
neuromuscular
function.
In
this
paper,
we
developed
daily
patients
based
wearable
multimodal
brain-computer
interface
(BCI)
mouse.
The
comprises
two
subsystems:
mouse
assisting
extremity
wheelchair
extremity.
By
wearing
BCI
headband,
can
control
computer
cursor
screen
with
slight
head
rotation
eye
blinking,
further
operate
drive
specially
designed
graphical
user
interfaces
(GUIs).
We
operating
tasks
simulate
needs
invited
perform
tasks.
total,
15
limitations
performed
task
9
issues
task.
To
our
satisfaction,
all
participants
fully
accomplished
average
accuracies
83.9%
87.0%
were
achieved.
Furthermore,
workload
evaluation
using
NASA
Task
Load
Index
(NASA-TLX)
revealed
experienced
low
when
system.
experimental
results
demonstrate
proposed
provides
effective
shows
promising
long-term
application
prospects.
Energy Science & Engineering,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 30, 2025
ABSTRACT
Optimization
scheduling
plays
a
pivotal
role
in
construction
projects,
significantly
influencing
both
the
overall
project
schedule
and
its
efficiency.
This
study
focuses
on
optimizing
of
electric
highway
engineering
projects
within
roadbed
construction.
The
research
considers
multiple
earthmoving
processes
optimizes
working
time
each
piece
equipment,
taking
into
account
capacity
speed
limited
week.
is
further
contextualized
by
use
regional
time‐of‐use
(TOU)
electricity
pricing.
A
sophisticated
optimization
model
developed
to
simulate
optimal
machinery
operation,
striking
balance
between
energy
consumption
work
paper
introduces
an
innovative
algorithm,
improved
crested
porcupine
optimizer
(ICPO),
which
incorporates
Latin
hypercube
sampling
for
population
initialization.
To
enhance
algorithmic
effectiveness,
combined
strategy
parallel
compact
processing
employed.
approach
reduces
number
iterations
required
consequently
lowers
consumption.
Rigorous
analysis
comparison
with
existing
algorithms
demonstrate
that
ICPO
iteration
count
financial
expenditure.
Simulation
results
validate
accuracy
practicality
proposed
showing
reduction
over
7%
Journal of Physics Conference Series,
Journal Year:
2025,
Volume and Issue:
3000(1), P. 012011 - 012011
Published: April 1, 2025
Abstract
This
study
explores
energy
allocation
strategies
for
hybrid
electric-hydrogen
fuel
cell
transport
trucks.
The
focus
is
optimizing
the
synergy
between
hydrogen
cells
and
batteries
to
balance
economic
viability
environmental
sustainability.
An
improved
RIME
(IRIME)
algorithm
enhances
earthmoving
node
efficiency.
Addressing
limitations
of
traditional
multi-objective
optimization
dynamic
constraints,
a
framework
combining
programming
(DP)
IRIME
proposed.
DP
optimizes
multi-stage
decisions,
while
efficiently
identifies
Pareto
optimal
solutions.
Simulations
validate
approach
under
various
scenarios,
comparing
it
other
techniques.
Case
studies
demonstrate
9%
improvement
in
efficiency
reduced
cycle
time
compared
algorithms.
Journal of Achievements of Materials and Manufacturing Engineering,
Journal Year:
2024,
Volume and Issue:
123(1)
Published: April 1, 2024
The
purpose
of
the
paper
is
to
develop
stochastic
models
for
managing
risk
fatigue
in
an
organisation,
taking
into
account
intensity
negative
impact
factors
on
workers
at
workplace
and
their
recovery
from
such
impact.It
uses
method
analysis
scientific
literature
actualise
define
research
tasks;
Markov
process
theory
methods
are
used
mathematical
description
random
processes
worker
development
it
during
a
work
shift;
probability
queuing
find
limiting
distribution
process’
states.The
proposed
allow
organisation
carry
out
emergence
by
changing
work-rest
schedule’s
duration,
depending
parameters’
characteristics
corpora
impact.
By
specified
characteristics,
possible
determine
schedule
which
period
worker’s
will
be
as
long
rest
state
minimal.The
application
makes
increase
level
labour
productivity
determining
durations
schedules,
provide
opportunity
activities
maximum
time
shift,
without
reaching
fatigued
state.For
first
time,
approach
establishing
dependencies
between
duration
impact,
based
theory.
