Smart Buildings Using Web of Things with .NET Core: A Framework for Inter-Device Connectivity and Secure Data Transfer
Information,
Journal Year:
2025,
Volume and Issue:
16(2), P. 123 - 123
Published: Feb. 8, 2025
The
Internet
of
Things
(IoT)
is
experiencing
rapid
growth,
with
an
increasing
number
devices
connected
to
the
Internet.
By
2020,
approximately
54%
21.7
billion
active
internet-connected
worldwide
were
IoT
devices.
This
projected
reach
30
by
2025,
average
four
per
person
globally.
use
communication
protocols,
such
as
Bluetooth,
Wi-Fi,
and
RFID,
facilitate
data
exchange.
However,
absence
standardized
protocols
reprogrammable
architectures
presents
significant
challenges
for
applications.
Smart
buildings,
which
heavily
depend
on
technology,
are
particularly
affected
diversity
standards
used
different
Web
(WoT)
framework
has
been
introduced
address
these
challenges,
enabling
interoperability
among
heterogeneous
enhancing
system
programmability.
adoption
necessitates
more
efficient
integrated
meet
demands
modern
innovative
building
systems.
study
a
WoT-based
modular
architecture
designed
ensure
compatibility
while
providing
scalable,
flexible,
secure
solutions
tailored
current
trends.
In
this
study,
Application
Programming
Interface
(API)
Worker
Service
developed
using
.NET
Core
technology
WoT
intelligent
automation.
integrates
various
subsystems,
leveraging
hardware
seamless
functionality.
API
facilitates
device
monitoring
control,
manages
scheduling
database
operations.
supports
asynchronous
employing
HTTP
WebSocket
provides
multi-user
access
role-based
authorization.
proposed
automation
was
implemented
evaluated,
demonstrating
its
practical
applicability
effectiveness
in
managing
complex,
environments.
Language: Английский
An AIoT Architecture for Structural Testing: Application to a Real Aerospace Component (Embraer E2 Model Aircraft Flag Track)
Applied Sciences,
Journal Year:
2025,
Volume and Issue:
15(9), P. 4625 - 4625
Published: April 22, 2025
The
AIoT
paradigm,
which
combines
AI
with
IoT,
offers
great
advantages
in
manufacturing
processes.
However,
its
use
aeronautical
testing
is
still
incipient,
since
this
kind
of
test
must
ensure
strict
safety
requirements.
This
study
presents
one
architecture
aimed
at
structurally
applications
that
ease
the
integration
techniques
to
interpret
data
obtained
by
wireless
IoT
devices.
In
addition,
authors
propose
implementation
guidelines
for
developers.
presented
approach
was
experimentally
validated
rigorous
and
standardized
certification
a
real
aerospace
component,
namely
flag
track
component
Embraer
E2
model
aircraft.
Recorded
magnitudes
devices
were
compared
using
conventional
technologies
terms
quality
information
compliance
requirements
regulations.
order
illustrate
different
architecture,
ARIMA
LSTM
algorithms
used
analyze
captured
three
sensors.
results
proved
valid
structural
applications,
achieving
reduction
cabling
deployment
time
as
well
improving
flexibility
scalability.
paves
way
introduce
AI-based
analyzing,
either
run-time
off-line,
means
Language: Английский