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In the 1980's, chip designers exploited breakthroughs in computational VLSI
for managing the complexity of
large numbers of transistors. Thus,
computational VLSI was a powerful contributor to
the microcircuit boom. Similarly,
the emerging multidisciplinary field of computational connectivity
is key to taming today's daunting abundances
of wireless communications
channels.
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Client: Dept. of Homeland Security
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As illustrated above, for example, our
Connection Foundry™
software synthesizes topologies with elastic wireless channels that
maximize the fault tolerance of mobile ad hoc
networks (MANETs), subject to constraints on
throughput, latency, power, and terrain. What's more, the
algorithms, designs, and
simulations of Connection Foundry™
port to realtime embedded
applications, such as software defined radios (SDRs)
or exchange point routers for
Internet diamond lanes.
R&D Topguns at Your Service
We solve problems. Let us solve yours.
- Analysis, development, testing
- Products and requirements
- Electronics, software, mathematics
- Bar codes: printing, scanning, databases
As a Matter of Fact, We Are Rocket Scientists.
For example, and as depicted under our banner at the top of this page,
Deep Space 1 was the first probe propelled by an ion engine.
Right Stuff of Tahoe
professionals contributed to the avionics and
software subsystems.
Learn more …
From basic research to mission-critical development,
we solve problems with electronics, software, and mathematics.
Our clients and partners include
EVCO,
NASA,
the U.S. Departments of Defense and Homeland Security,
BAE Systems,
and JCM Electronics.
Learn more …
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