New Innovative Wireless Technologies in Aviation Industry (1)

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VANTAGE AIR SUPPOURT
W W W . V A N T A G E A I R S U P P O R T . C O M
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NEW INNOVATIVE WIRELESS TECHNOLOGIES IN AVIATION
INDUSTRY
For aviation operations to be safe and effective,
new wireless communication methods and
technologies are required. High-frequency radio
signals not only help pilots communicate with
ground controllers and other aircraft but also
allow them to track their planes. For purposes
such as emergency communication, routing patrol,
and wireless data relay, aircraft in low-altitude
airspace play a crucial role in this network.
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WIRELESS TECHNOLOGY
Army aviation advancement
will benefit in wireless
greatly from this technology and and
interconnect products in highly risky
complex operations. MUM-T not only takes full
advantage of the intelligence, surveillance, and
reconnaissance (ISR) capabilities available in als
o
unmanned aircraft systems (UAS) but
enhances safety and situational awareness for
manned aircraft pilots flying complex missions.
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BENEFITS OF WIRELESS TECHNOLOGY IN AVIATION
Wireless networks and technologies are becoming
increasingly important in aviation. The entire
industry is moving forward due to commercial
adoption and technological advancements.
Everything from the fundamentals of certification
and safety to the core technology is being
considered
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RECENT ADVANCEMENTS IN AIRCRAFT WIRELESS
TECHNOLOGIES
The improve connectivity provide by these
results in happier users. Some additional
features of airline travel include real-time
electronic flight bags, enhance onboard cabin
services, quality aircraft parts, and mid-flight
data loading of in-flight entertainment systems.
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ADVANCEMENT IN CIVIL AIRCRAFT
PROTOTYPE AIRCRAFT SYSTEM
In civil aviation, efficient and secure
information sharing is made possible by a
brand-new technology known as system-wide informa
tion management (SWIM). It makes it possible
for the existing air traffic monitoring systems
to be seamlessly integrate across the globe.
Using an experimental aircraft and a prototype
system that was compliant with the AeroMACS
standard, scientists at the Navigation Research
Institute carry out flight tests. This study
shows that an antenna setup with vertical
placement at the top and bottom of the aircraft
body is sufficient for operation. Other
throughout measurements show that SWIM could
access during takeoff and landing at a speed of
200 kilometers per hour.
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METHODS OF AIRCRAFT COMMUNICATION
01 The idea of integrate space
communications networks offers a
02 Low-altitude communication dependability
air-to-ground is critical to the of wireless
variety of trustworthy methods for
aviation communication and
communication. One is moving and dynamic nodes,
like cars on the highway and drones in the sky.
surveillance in light of the growing
popularity of unmanned aerial
vehicles (UAVs) and general aviation.
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04 The traffic load, which continues to rise
dramatically annually, is support by air traffic
control. Due to the
Transceivers for high motion suffer
from rapid frequency shifts and
fading. The second scenario is dynamic.
High-motion nodes on the ground, like high-speed
rail, could quickly cross into urban areas from
the countryside.
increasing purposes, significant shortly.
use of UAVs for civil
we can anticipate a increase in air traffic
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