26-05-2014, 04:29 PM
4G - Future Warrior
[attachment=63692]
ABSTRACT
Information is power, nowhere is this truer than on the
battlefield, where the ability to communicate clearly and
rapidly pass on information spells the difference between
survival and death? 4G (4th Generation) is the technology
that is going to drive a soldier in the field in future. The key
to empowering the military with tactical broadband voice,
video and data is 4G communications technology. This
technology adopts Wireless technology on the platform of
fixed networks, Advanced antennae technologies and More
advanced wireless security technologies. Next thing is about
the gear for the future warrior. Our system provides a
enhanced power of vision, which provides Ground
Guidance, Unit Detection, Soldier Status, Target Hand-Off
and provides the Soldier Rescue during the battle. The
uniform along with the armor, onboard computer which will
monitor soldiers' overall physiological and psychological
picture of how they are performing in the battle zone and
enhanced human performance which weighs 50 pounds
from head to toe against 120 pounds of the current day
system present.
INTRODUCTION
The new systems include a weapon, head-to-toe individual
protection, onboard computer network, soldier-worn power
sources, and enhanced human performance. "The Future
Warrior will be a responsive and formidable member of an
invincible battle space team". The Future Warrior system
will meet the more immediate, short-term demands of our
fighting warriors in the battle space, and will remind you of
an ominous creature out of a science fiction movie.
TECHNOLOGY
The approach will support military operations across a spectrum
of environments from backpacks to ships. The key technology
supporting these initiatives is ad hoc peer-to-peer wireless
networking (ad hoc p2p), also known as a mobile mesh network.
Ad hoc p2p operates by taking a collection of mobile terminals
(such as handheld devices and vehicular systems) that
communicate directly with each other without the aid of
established infrastructure. Ad hoc networking provides a self-
organizing and self-healing network structure. Multi-hop routing
terminals act as routers and relays for each other, and extend the
range and coverage of communications links between individual
soldiers, troop transports and command centers. This is
illustrated in Figure 1.
4G ON THE BATTLEFIELD
All of the battlefield network devices including those embedded
in tanks or other vehicles will instantly form, heal, and update
the network as users come and go. That is, they will associate in
an ad-hoc manner. Moreover, the devices will automatically
and continuously optimize network connections as users merge
in and out of the network at will. As intelligent elements, all of
the
devices will constantly reconfigure routing tables to determine
the best network routes and, unlike cell-based solutions,
network coverage and service levels will improve when soldier
density increases. The network resources are better utilized
because networks are self-balancing, as well. The soldiers_
subscriber devices can hop to distant network access points,
away from points of congestion, shifting network capacity to
meet demand. Network deployment will be fast and easy
because it is tower less. Communication systems providing the
backhaul and the network will disappear as fast as it was
formed once soldiers leave the area. The 4G battlefield will be
entirely mobile, with satellites or other. This technology could
function as a personal are network (PAN), local area network
(LAN), or wide area network (WAN), simultaneously. This
means that the same network can connect a soldier to the squad
or platoon, to the battalion, and to a fully mobile division. It is
the equivalent of a Bluetooth, 802.11, and 3G convergences,
but in a single network, with a single device.
POWER OF VISION
This has been seen in science-fiction movies, a dropdown piece
of eyewear from the helmet allows the soldier to see a 17-inch
computer screen displaying anything relayed to the soldier.
"This eyewear device is see-through, so it hangs out in space_.
This allows soldiers to take in all supporting data while keeping
both hands on their weapons. Illustrated in Figure 3.
[attachment=63692]
ABSTRACT
Information is power, nowhere is this truer than on the
battlefield, where the ability to communicate clearly and
rapidly pass on information spells the difference between
survival and death? 4G (4th Generation) is the technology
that is going to drive a soldier in the field in future. The key
to empowering the military with tactical broadband voice,
video and data is 4G communications technology. This
technology adopts Wireless technology on the platform of
fixed networks, Advanced antennae technologies and More
advanced wireless security technologies. Next thing is about
the gear for the future warrior. Our system provides a
enhanced power of vision, which provides Ground
Guidance, Unit Detection, Soldier Status, Target Hand-Off
and provides the Soldier Rescue during the battle. The
uniform along with the armor, onboard computer which will
monitor soldiers' overall physiological and psychological
picture of how they are performing in the battle zone and
enhanced human performance which weighs 50 pounds
from head to toe against 120 pounds of the current day
system present.
INTRODUCTION
The new systems include a weapon, head-to-toe individual
protection, onboard computer network, soldier-worn power
sources, and enhanced human performance. "The Future
Warrior will be a responsive and formidable member of an
invincible battle space team". The Future Warrior system
will meet the more immediate, short-term demands of our
fighting warriors in the battle space, and will remind you of
an ominous creature out of a science fiction movie.
TECHNOLOGY
The approach will support military operations across a spectrum
of environments from backpacks to ships. The key technology
supporting these initiatives is ad hoc peer-to-peer wireless
networking (ad hoc p2p), also known as a mobile mesh network.
Ad hoc p2p operates by taking a collection of mobile terminals
(such as handheld devices and vehicular systems) that
communicate directly with each other without the aid of
established infrastructure. Ad hoc networking provides a self-
organizing and self-healing network structure. Multi-hop routing
terminals act as routers and relays for each other, and extend the
range and coverage of communications links between individual
soldiers, troop transports and command centers. This is
illustrated in Figure 1.
4G ON THE BATTLEFIELD
All of the battlefield network devices including those embedded
in tanks or other vehicles will instantly form, heal, and update
the network as users come and go. That is, they will associate in
an ad-hoc manner. Moreover, the devices will automatically
and continuously optimize network connections as users merge
in and out of the network at will. As intelligent elements, all of
the
devices will constantly reconfigure routing tables to determine
the best network routes and, unlike cell-based solutions,
network coverage and service levels will improve when soldier
density increases. The network resources are better utilized
because networks are self-balancing, as well. The soldiers_
subscriber devices can hop to distant network access points,
away from points of congestion, shifting network capacity to
meet demand. Network deployment will be fast and easy
because it is tower less. Communication systems providing the
backhaul and the network will disappear as fast as it was
formed once soldiers leave the area. The 4G battlefield will be
entirely mobile, with satellites or other. This technology could
function as a personal are network (PAN), local area network
(LAN), or wide area network (WAN), simultaneously. This
means that the same network can connect a soldier to the squad
or platoon, to the battalion, and to a fully mobile division. It is
the equivalent of a Bluetooth, 802.11, and 3G convergences,
but in a single network, with a single device.
POWER OF VISION
This has been seen in science-fiction movies, a dropdown piece
of eyewear from the helmet allows the soldier to see a 17-inch
computer screen displaying anything relayed to the soldier.
"This eyewear device is see-through, so it hangs out in space_.
This allows soldiers to take in all supporting data while keeping
both hands on their weapons. Illustrated in Figure 3.