Innovative Integration
Innovative Integration provides board-level hardware products that integrate the best analog I/O and reconfigurable FPGAs to provide cost-effective solutions for challenging data acquisition and signal processing applications.
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DO-178C will arrive, then drive safety-critical software
Editor’s note: Safety is imperative to keeping the skies friendly, and DO-178B has been keeping avionics systems engineers on the straight and narrow for years.
However, as our recent interview with LDRA technical evangelist Bill StClair reveals, DO-178B’s soon-to-be-released progeny, DO-178C, will shape the safety-critical software market for companies such as the “RTOS agnostic” LDRA and others.
Edited excerpts follow...
preview:
http://www.vmecritical.com
date: 6/17/2009
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DO-254: The other safety-critical specification
Did you know there’s a companion to DO-178B? Here are some Hot Tips to make hardware certification easier.
By now you’re probably aware that the FAA’s RTCA/DO-178B “Software Considerations in Airborne Systems and Equipment Certification” governs software certified for airborne systems ranked from levels E through A (the highest). DO-178B’s rigorous test methodology makes darn certain that the software controlling the flight surfaces in an...
preview:
http://www.mil-embedded.com
date: 5/16/2009
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Ensuring data security in logic non-volatile memory applications: Floating-gate versus oxide rupture
Since high-security and military applications require uncompromising data storage impervious to reverse-engineering techniques, a comparison of two types of memory is presented: Oxide rupture versus floating gate.
By Todd Humes Virage Logic Military and other high-security applications demand data storage that cannot be compromised by methods such as reverse engineering.
A comparison of methods for reverse engineering oxide...
preview:
http://www.mil-embedded.com
date: 9/23/2009
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Exploiting advanced imagery with a standards-based network architecture
Modern military forces rely heavily on sensor-based imaging systems, but extracting only the most valuable imagery information and getting it into the right hands quickly can be challenging.
However, a new Converged Sensor Network (CSN) Architecture is delivering critical sensor-based information to users on the tactical edge.
preview:
http://www.mil-embedded.com
date: 5/16/2009
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Extending military software life expectancy through safe and secure virtualization
Though DSP libraries abound for AltiVec-based applications, new architectures require new potential hosts for DSP applications.
Thus, new libraries providing advanced portability are integral to the equation.
By Duncan Young Contributor Many of today’s military DSP applications such as radar, sonar, imaging, and signals intelligence make use of high-performance, multicomputing DSP configurations.
Often combined with FPGA...
preview:
http://www.mil-embedded.com
date: 6/17/2009
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FPGA synthesis tools meet the DO-254 challenge
DO-254 compliance, as it spreads from aviation to military and beyond, is becoming a significant concern for more and more FPGA design companies.
Synthesis is a key part of these flows, and, thankfully, tool vendors are beginning to address the key concerns of optimization vs. design assurance, SEU protection, redundancy control, and late design change capabilities required in FPGA synthesis tools for DO-254 compliance.
preview:
http://www.vmecritical.com
date: 4/20/2009
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