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Legacy Systems→ July/August 2011
Mitigating the multicore factor
Industrial software→ March 2015Safety-certified software advances on multicore SoCs
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Rather than the discrete, single-function platforms of the past, today's industrial systems are built around multicore processors that are increasingly packing performance into compute equipment. Now, software developers are taking advantage of these multicore architectures with RTOS and hypervisor ... [→ 2013 Resource GuideManaging machine safety and productivity with QorIQ multicore processors
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Current legislation is now driving system feature requirements, specifically in the area of health and safety. This article focuses on the control subsystem (the programmable logic control function), and how multicore processors are helping to address safety requirements and provide additional funct... [Virtualization→ August 2010What is the next embedded evolution?
Multicore→ December 2014Opening up multicore implementation tools - Interview with Markus Levy, The Multicore Association
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Multicore architectures are increasingly useful for meeting the performance demands of increasingly complex embedded systems. However, implementation challenges are still widespread, and designers continue to struggle to come up with solutions in part due to the prevalence of proprietary tools and i... [Multicore→ November 2010Mixed multicore messages
FPGAs→ May 2006FPGAs wire a more flexible approach to packet processing
Multicore→ January 2008Considerations in designing multicore systems
Multicore→ November 2014Putting automotive engine control on the multicore road
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As embedded systems address increasing performance demands, developers are looking to multicore architectures. Automotive systems are no different, and researchers are figuring out how to smoothly transition engine control systems from a single-core to a multicore architecture while maintaining accu... [Multicore→ March 2009White Paper: Applying Multicore and Virtualization to Industrial and Safety-Related Applications
Embedded software→ March 2017Next-gen aviation systems see push for automation, multicore processors in the certification process
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As the complexity of aviation systems rises, certifying safety-critical systems in manned and unmanned aircraft has pushed engineers towards automation and working in parallel to increase the efficiency of the process. Multicore processors are playing a major role in this push, along with added tool... [Multicore→ November 2009More cores, less waiting
Multicore→ June 2010Turn it upside down
Multicore→ September 2006Modernizing the development process with virtualized software development: Virtual development platforms well-suited to take on multicore challenges
Avionics→ June 2017Multicore, COTS certification, open architecture the hot topics at European avionics event
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Discussions on safety certification, certifying commercial off-the-shelf (COTS) hardware and software to Design Assurance Level - A (DAL-A), and leveraging open architecture standards for avionics took place among embedded computing suppliers attending the Aviation Electronics Europe show and its si... [Avionics→ February/March 2015Multicore processors and unmanned aircraft trending in avionics safety certification circles
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Avionics safety certification – for software and hardware – is increasingly seen as an ongoing evolving process, reflected in the enhancements to standards such as DO-178C. This long-term understanding is enabling avionics experts to account for complex situations in certification standards such as ... [FPGAs→ January 2015Beamforming: FPGAs rise to the challenge
processors→ Fall 2013Processors in VITA technology
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The original VMEbus specification was tightly coupled to the Motorola 68000 bus architecture; since then, the open architectures defined by the various VITA standards are no longer restricted to any specific processor technology. This feature takes a look at the status of the current choice of proce... [Embedded software→ June 201610 Gigabit backplane Ethernet for embedded supercomputers
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Designers of next-generation high-performance embedded computing (HPEC) solutions for demanding intelligence, surveillance, and reconnaissance (ISR) systems applications got a boost from the introduction of Intel's multicore Xeon D system-on-chip (SoC) processor earlier in 2016. This device provides... [artificial intelligence→ January/February 2019Stacked, high-speed DDR4 and DDR5 memory useful in harsh battle environments
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Today's autonomous and artificial intelligence (AI) military systems process an ever-growing amount of sensor data. To handle this extreme workload, system architects must design boards using the fastest FPGA [field-programmable gate array] devices and Intel multicore processors. These devices canno... [Consortia→ May 2008Expanding multicore, RapidIO, and mobile platform innovation
Multicore→ 2008 Resource GuideVirtualization enables multicore platforms for real-time embedded systems
Multicore→ Fall 2007Cost-reduce your embedded system using multicore processors
Multicore→ March/April 2008Optimizing multicore SFFs for rugged military environments
Multicore→ October 2008Multicore vs. multiprocessing vs. multicore multiprocessing
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Some think multicore and multiprocessing are the same, but not so, according to VITA's exec director Ray Alderman. Multiprocessing architectures such as Tightly Coupled/Shared-Everything (TCSE), Snugly Coupled/Shared-Something (SCSS), and Loosely Coupled/Shared-Nothing (LCSN) are explained, along wi... [Analog→ November 2011Hot Chips will need more analog to support multicore
PowerPC→ April 2008Power.org’s new architecture roadmap: Upscale with more cores
→ September 2013Multicore DSP enhances Synthetic Aperture Radar processing
Multicore→ August 2007Cost-reduce your embedded system using multicore processors
Multicore→ May 2008Parallel programming for multicore processing
Multicore→ September 2007Focus on SWaP, energy management, and QoS
Multicore→ May 2008Multi to the core
Multicore→ March 2007Multicore communication: today and the future