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loration<br />

our goal<br />

directly<br />

ge, the<br />

ource.<br />

logy,<br />

products<br />

Tech Recon<br />

Managing and Processing the ISR Data Deluge<br />

Mobile Ad Hoc Networking<br />

Revamps Military<br />

Communications<br />

With massive amounts of real-time military ISR data to disseminate, traditional<br />

networking schemes can’t keep up. What’s needed are mobile net technologies that<br />

deliver the reliability and flexibility required on the deployed edge.<br />

Chris O’Rourke, Technical Marketing Manager<br />

Cisco Systems<br />

Stephen B. Johnson, Customer Support Engineer<br />

Extreme Engineering Solutions<br />

Driven by technologies such as data<br />

networking, GPS, real-time video<br />

feeds from UAVs, and satellite in-<br />

Gigabit or 100Mbps<br />

Ethernet Physical connect<br />

2 Mbps<br />

RF Over The Air<br />

Links<br />

telligence, today’s modern military has<br />

access to a plethora of real-time data.<br />

RAR<br />

Neighbor A 2 Mbps<br />

1 Mbps<br />

However, getting this information to the<br />

warfighter at the “edge of the network”<br />

is still problematic. Getting real-time<br />

voice, data and streaming video to the<br />

Neighbor B 1 Mbps<br />

Neighbor C 128Kbps<br />

128 Kbps<br />

B<br />

warfighter at the edge is no easy task.<br />

ies providing Networking solutions now infrastructure might be in Figure 1<br />

C<br />

on into products, place technologies on the battlefield, and companies. though Whether your typically goal is to research A the view latest of a battlefield illustrating a mobile, wireless network capable of communicating<br />

ion Engineer, it or cannot jump to a company's support technical the heavier page, the require- goal of Get Connected is to put you<br />

voice, data and video traffic. The networking infrastructure is located in vehicles equipped<br />

you require for ments whatever of type new, of technology, feature-rich applications.<br />

nd products you are searching for.<br />

with backhaul radios and embedded routers.<br />

Soldiers are mobile and need high-per-<br />

www.cotsjournalonline.com/getconnected<br />

formance, high-bandwidth networks<br />

that move with them to deliver the in- seamless access to timely information to equipment in operations and command<br />

formation they need.<br />

all warfighters and decision makers at centers. But it isn’t practical or even<br />

The U.S. DoD has standardized on every level in the military hierarchy. This possible to create a fixed, wired network<br />

IP networks to achieve the goals set out enables soldiers, ground vehicles, aircraft infrastructure on a battlefield; the only<br />

in the high-level Global Information Grid and command centers to shape collected practical way to provide a network-<br />

(GIG) and Network Operations (formerly<br />

Network End Centric of Article<br />

Warfare) doctrines. The<br />

information into a coherent, accurate<br />

view of the battlefield.<br />

ing infrastructure is to create a mobile<br />

wireless network. Since most soldiers<br />

goal for Network Operations is to provide<br />

are typically in or near some sort of ve-<br />

Mobile Network Building Blocks hicle, an effective way to create a mo-<br />

A portion of a military IP network bile wireless network is to make use of<br />

can be based on fixed wired infrastruc- vehicles such as Humvees, Strykers and<br />

ture, utilizing satellites and networking Bradley Fighting Vehicles to carry the<br />

Get Connected<br />

with companies mentioned in this article.<br />

www.cotsjournalonline.com/getconnected<br />

[ 34 ] COTS Journal November 2011<br />

A

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