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Techniques for Debugging Packet Processing Systems

White Paper: Describes problems engineers face while debugging packet processing systems, with techniques for finding system errors. (v.1, Dec. 2009)

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EE Times Training: Fundamentals of Multicore Processing

EE Times online course provides multi-core processor fundamentals including history, hardware and software models, programming, and tools.

Dynamic Power Management Framework for Multi-Core Processors

Presentation: Discusses dynamic power management for multi-core processors that increases throughput without significantly increasing power.

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Intel® Atom™ Processor Performance Optimization

Article: The goal of processor optimization is a satisfactory equilibrium for single core, multi-core, and power performance. (v.1, Nov. 2010)

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Multi-Core Applications for Maximum Performance

Describes the advantages of multi-core applications in embedded systems, including superior performance, security, and reliability. (v.1, Jan. 2011)

Real-Time Linux* with Xenomai* on Intel® Multi-Core Processors

White Paper: Describes Xenomai* configuration for hard real-time capabilities in Linux* while normal Linux processes are suspended. (v.1, Oct. 2009)

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Intel® Parallel Studio XE Resources

Explore resources for the Intel® Parallel Studio XE suite that combines compilers, libraries, and security to maximize performance and reliability.

Multi-Core Processor Performance Optimization

Sarma Vrudhula of Arizona State University presents research on multi-core processor performance optimization under thermal constraints.

Multi-Core Optimization with Intel® Technology

Book: Information on multi-core optimization using Intel® Core™ processors, with examples written in C and C++ that explore possible applications.

Supralinear Packet Processing Performance with Intel® Processors

White Paper: Programming concepts of pipelining and flow-pinning in packet-processing apps, with supralinear performance benefits. (v.1, Feb. 2006)

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