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VME and Critical SystemsFall 2008
White Paper: Putting FPGAs to Work in Software Radio Systems (Third Edition)
By Rodger Hosking, Pentek, Inc.
Summary:
FPGAs are becoming an increasingly important resource for software radio systems.

Embedded Computing DesignAugust 2008
White Paper: RTOS Real-Time Performance vs. Ease of Use
By John A. Carbone, Express Logic, Inc.
Summary:
Assessing application performance needs vs. other considerations

Embedded Computing DesignAugust 2008
Computing, visualized
By Staff, OpenSystems Publishing
Summary:
Users are looking to replicate much of the visual experience they get on their desktops while keeping a long battery life without raising the device’s cost too much.

Embedded Computing DesignAugust 2008
Why automation has failed in the past
By David Gehringer, Fanfare
Summary:
To help ensure a successful automation strategy now and in the future, test organizations need to take a critical look at their automation criteria, technology, and processes.

CompactPCI and AdvancedTCA SystemsAugust 2008
AdvancedTCA: Living large
By Joe Pavlat, OSP
Summary:
AdvancedTCA, MicroTCA, and AdvancedMCs are coming into their own.

CompactPCI and AdvancedTCA SystemsAugust 2008
Take part in the Net-centric future
By Terry Morgan, Network Centric Operations Industry Consortium
Summary:
(EoIP) is the essential first step toward achieving emergency responder interoperability.

DSP-FPGA.comAugust 2008
White Paper: When Extending Battery Life, Two Processors are Often Better Than One
By John Dixon, Texas Instruments, Inc.
Summary:
This paper looks at ways to extend battery life by combining DSPs and MCU.

Embedded Computing DesignJuly 2008
White Paper: Optimize SoC Performance Using Memory Tuning and System Simulation
By Tensilica, Tensilica
Summary:
SOC Performance Using Memory Tuning and System Simulation

Embedded Computing DesignJuly 2008
White Paper: The What, Why, and How of Configurable Processors
By Tensilica, Tensilica
Summary:
A radical yet familiar way for you to meet performance, cost, and power objectives while reducing the risk of ASIC design and increasing design flexibility.

Military Embedded SystemsJuly 2008
Multi-mode sensor processing on a dynamically reconfigurable massively parallel processor array
By Paul Chen , Ambric, Inc.
Summary:
The one teraOPS reconfigurable Massively Parallel Processor Array (MPPA) architecture is providing advantages beyond those provided by FPGAs and DSPs, including software programmability, scalability, ease of use, and fast reconfiguration time (ranging from microseconds to milliseconds).

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