Difference between revisions of "SMP Presentations"

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(How to Port Linux to a New Processor [ELC 2016])
(Asymmetric Multiprocessing and Embedded Linux [ELCE 2017])
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= Multi-core =
 
= Multi-core =
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== Multicore Application Development with Zephyr RTOS [ELCE 2019] ==
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'''Presenter: '''Alexey Brodkin, Synopsys <br>
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'''Summary:'''
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This presentation will examine multi-core application options and <br>
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considerations using the Zephyr. Also exploration of use-cases where <br>
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multiple CPU cores might be beneficial for deeply embedded system including <br>
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both asymmetric & symmetric multiprocessing (AMP & SMP).
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* [https://elinux.org/images/e/e5/Multi-core_application_development_with_Zephyr_RTOS_-_2019.10.23.pdf PDF] | [https://youtu.be/w3HYIPBEpu8?list=PLbzoR-pLrL6pamOj4UifcMJf560Ph6mJp VIDEO]
  
 
==Asymmetric Multiprocessing and Embedded Linux [ELCE 2017] ==
 
==Asymmetric Multiprocessing and Embedded Linux [ELCE 2017] ==

Revision as of 23:04, 13 October 2020

Multi-core

Multicore Application Development with Zephyr RTOS [ELCE 2019]

Presenter: Alexey Brodkin, Synopsys
Summary: This presentation will examine multi-core application options and
considerations using the Zephyr. Also exploration of use-cases where
multiple CPU cores might be beneficial for deeply embedded system including
both asymmetric & symmetric multiprocessing (AMP & SMP).

Asymmetric Multiprocessing and Embedded Linux [ELCE 2017]

Presenter: Marek Novak & Dušan Červenka, NXP Semiconductor; BUT FEEC Brno
Summary: This presentation provides information about user-space “access” layers for AMP
which notably consist of Embedded Remote Procedure Call (eRPC) open-source library.

How to Port Linux to a New Processor [ELC 2016]

Presenter: Joel Porquet
Summary: This talk will provide an overview of the procedure that
carried out from the early assembly boot code to adding SMP support
(and some early-NUMA support).

SMP Bring Up On ARM SOCs [ELC 2014]

Presenter: Gregory Clement, Free Electrons
Summary: This presentation provides information about SMP on ARM SoC,
Booting sequence of the SMP operations, and SMP related features.

Using virtio to Talk With Remote Processors[ELC 2012]

Presenter: Ohad Ben-Cohen, Wizery / Texas Instruments
Summary: This presentation provides information about Device topology,
OMAP4,rpmsg and virtio.

Asymmetric Multiprocessing using VirtIO (was: "Remote Processor Messaging")[ELCE 2011]

Presenter: Ohad Ben-Cohen (Texas Instruments/Wizery)
Summary: This presentation provides information about on-chip processors
and device topology.

Strategies for Migrating Uniprocessor Code to Multi-Core SMP [ELC 2010]

Presenter: Mike Anderson
Summary: This presentation talks about muti-core migration, Linux
threading model and strategies for avoiding race conditions.

Multi-core Scheduling Optimizations for Soft Real-time Multi-threaded Applications -- A Cooperation Aware Approach [ELC 2010]

Presenter: Lucas Martins De Marchi
Summary: These slides give information about analysis and optimization
of soft real-time multi-threaded application.

User-Space, Multi-core Development Issues [ELC 2009]

Presenter: Mike Anderson (presented by Reece Pollack)
Summary: This presentation talks about multi-core processors and
Linux support for multi processing.

Microthreads as Linux CPUs - SMTC Linux for MIPS MT cores [ELC 2006]

Presenter: Kevin D. Kissell
Summary: These slides give information about multi-threading concepts
and about SMTC Linux.

Optimization Techniques for maximizing application performance on Multi-core processors. [ELC 2006]

Presenter: Kittur Ganesh
Summary: This presentation talks about multi-core processors and
optimization techniques.

Understanding and Using SMP/Multicore Processors[ELCE 2008]

Presenter: Mike Anderson
Summary: This presentation provides information on multi-core processors,
scaling issues and about O/S support for multi-core processing.

Concurrency, Locks

Lock-free Algorithm for Multi-Core Architecture [ELC 2010]

Presenter: Hiromasa Kanda
Summary: This presentation discusses about problems of multi-thread program
and about lock free algorithm.