Power Management Presentaions
Contents
- 1 Power Management
- 1.1 About the Need to Power Instrument the Linux Kernel
- 1.2 Power Management Integrated Circuits: Keep the Power in Your Hands
- 1.3 Power Management in Zephyr RTOS
- 1.4 Linux Power Management Optimization on the Nvidia Jetson Platform
- 1.5 Sigrok: Adventures in Integrating a Power-Measurement Device
- 1.6 Last One Out, Turn Off The Lights
- 1.7 System Power Management Interface (SPMI)
- 1.8 Use-Case Power Management Optimization: Identifying and Tracking Key Power Indicators
- 1.9 Runtime PM: Upstream I/O Device Power Management
- 1.10 The Evolution of Tracing and Profiling for Power Management and Accelerators
- 1.11 Workload-based Aggressive Power Management on the Intel Moorestown MID and Future Intel MID/Smartphone Platforms
- 1.12 Wake-ups Effect on Idle Power for Intel's Moorestown MID and Smartphone Platform
- 1.13 DVFS for Embedded Linux
- 1.14 Runtime Power Management: Overview and Platform Implementation
- 1.15 Runtime Power Management on SuperH Mobile
- 1.16 Linux System Power Management on OMAP3430
- 1.17 Building Blocks for Embedded Power Management
- 1.18 Power Management Quality of Service and How You Could Use it in Your Embedded Application
- 1.19 Every Microamp is Sacred - A Dynamic Voltage and Current Control Interface for the Linux Kernel.
- 1.20 Power Management Techniques, Policies, and Problems for Embedded Linux
- 1.21 Suspend-to-RAM implementation on freescale 74xx without PMU
- 1.22 A Generic Parameter Layer for Linux Power Management
- 1.23 Benchmarking of Dynamic Power Management Solutions
- 1.24 Topics in Embedded Power Management
- 1.25 Power Management Panel
- 1.26 ARM MPCore and Power Management
Power Management
About the Need to Power Instrument the Linux Kernel
Presenter: Patrick Titiano, BayLibre
Summary:
This presentation provides information about soc power management, benefits, power visualization apps and closed-loop power policies.
Power Management Integrated Circuits: Keep the Power in Your Hands
Presenter: Quentin Schulz, Free Electrons
Summary:
This presentation provides information about PMIC (Power Management Integrated Circuit) using different subsystem like MFD,power
supply etc. and protects the board of over-voltage.
Power Management in Zephyr RTOS
Presenter: Ramesh Thomas, Intel
Summary:
This presentation provides information about effective power management support in this platform that have very limited
resource and overview on the power management infrastructure provided by zephyr.
Linux Power Management Optimization on the Nvidia Jetson Platform
Presenter: Merlin Friesen, Golden Gate Research
Summary:
This presentation provides information about soc power management, techniques and soc power management features.
Sigrok: Adventures in Integrating a Power-Measurement Device
Presenter: Bartosz Golaszewski, BayLibre
Summary:
This presentation provides information about ACME cape key features, sigrok architecture, sigrok flow and sigrok key features.
PDF | ELC 2015.
Last One Out, Turn Off The Lights
Presenter: Geert Uytterhoeven, Glider bvba
Summary:
This presentation provides information about power domains, clock domains, power/clock distribution, power/clock topology.
PDF | ELC 2015.
System Power Management Interface (SPMI)
Presenter: Josh Cartwright, Qualcomm Innovation Center
Summary:
This presentation provides information about high level architectural overview of SPMI and linux kernel software interfaces.
Use-Case Power Management Optimization: Identifying and Tracking Key Power Indicators
Presenter: Patrick Titiano, BayLibre
Summary:
This presentation provides information about identifying and tracking KPI on a per use-case basis,to optimize power consumption
at system level but also maintain temperature.
Runtime PM: Upstream I/O Device Power Management
Presenter: Magnus Damm
Summary:
This presentation provides information about CPU runtime power management in linux idle loop and input output device
runtime power management as well device drivers.
PDF | ELC 2011.
The Evolution of Tracing and Profiling for Power Management and Accelerators
Presenter: Jean Pihet (NewOldBits.com)
Summary:
These slides cover status of power management, accel trace events and contributions to mainline kernel.
PDF | ELC 2011.
Workload-based Aggressive Power Management on the Intel Moorestown MID and Future Intel MID/Smartphone Platforms
Presenter: Sujith Thomas
Summary:
This presentation provides information about CPU power management ,performance management, device power management ,active and
idle power management.
PDF | ELC 2010.
Wake-ups Effect on Idle Power for Intel's Moorestown MID and Smartphone Platform
Presenter: German Monroy
Summary:
This presentation provides information about power measurement alternatives and Analyze timer behavior using ftrace.
PDF | ELC 2010.
DVFS for Embedded Linux
Presenter: Yong Bon Koo and Youngbin Seo
Summary:
This presentation provides information about CPU power consumption and DVFS design for cpu power consumption.
PDF | ELC 2010.
Runtime Power Management: Overview and Platform Implementation
Presenter: Kevin Hilman
Summary:
This presentation provides information about new power management framework and simple API usage.
PDF | ELC 2010.
Runtime Power Management on SuperH Mobile
Presenter:Magnus Damm
Summary:
This presentation information about linux kernel management, clock framework, device drivers and sleep modes.
[Runtime-Power-Management-on-SuperH-Mobile-20090407.pdf PDF] | ELC 2009.
Linux System Power Management on OMAP3430
Presenter: Richard Woodruff
Summary:
This presentation provides information about hardware power management features in OMAP3430 AND 3430 Linux power
management software exploits hardware features.
PDF | ELC 2008.
Building Blocks for Embedded Power Management
Presenter: Kevin Hilman
Summary:
This presentation provides information about hardware features, clock hierarchy, voltage/current regulators, voltage domains,
clock domains and clock framework.
Power Management Quality of Service and How You Could Use it in Your Embedded Application
Presenter: Mark Gross
Summary:
This presentation provides information about new kernel infrastructure to facilitate the communication of latency and throughput
needs among devices and automatic power management at the driver level.
Every Microamp is Sacred - A Dynamic Voltage and Current Control Interface for the Linux Kernel.
Presenter: Liam Girdwood
Summary:
This presentation provides information about static and dynamic system power, kernel regulator framework.
Power Management Techniques, Policies, and Problems for Embedded Linux
Presenter: Mark Gross
Summary:
This presentation provides information about dynamic power management, power management memory,clock framework,voltage framework
and power management drivers.
PDF | ELC 2007.
Suspend-to-RAM implementation on freescale 74xx without PMU
Presenter: Fujihito Numano
Summary:
This presentation provides information about power management unit (PMU), sleep mode of pmu and power management functions.
PDF | ELC 2007.
A Generic Parameter Layer for Linux Power Management
Presenter: Matt Locke
Summary:
This presentation provides information about power management structure, track use count and keep system operational.
PDF | ELC 2007.
Benchmarking of Dynamic Power Management Solutions
Presenter: Frank Dols
Summary:
This presentation provides information about dynamic power management concept and performance of prediction methods.
PDF | ELC 2007.
Topics in Embedded Power Management
Presenter: Todd Poynor
Summary:
This presentation provides information about power management of complexity,saving multiple power and clock domains with multiple
power states and latencies.
Power Management Panel
Presenter: Power Management Panel
Summary:
This presentation provides information about power management related questions and answers .
VIDEO ELC 2006.
ARM MPCore and Power Management
Presenter: John Goodacre
Summary:
This presentation provides information about multi core processing, Effect of MPCore’s enhancedL1 and power management of ARM.
PDF |ELC 2006.
