STM32MP1 Browser Performance: Difference between revisions

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=== QOpenGLWidget Example ===
=== QOpenGLWidget Example ===
=== Line-Chart ===
==== with GPU ====
==== with GPU ====
[[File:ChartLineWithGPU.png|thumb]]
[[File:ELBE Build schema.png|thumb]]
https://www.dropbox.com/s/323nv90lhp9wh02/mit_GPU.MP4?dl=0
==== no GPU ====
==== no GPU ====
[[File:ChartLineWithoutGPU.png|thumb]]
https://www.dropbox.com/s/kprvgowf8kzod6a/ohne_GPU.MP4?dl=0


=== Webgl example (aquarium) ===
=== Webgl example (aquarium) ===
=== Demo Videos ===
https://www.dropbox.com/s/rzeu2qk95oxy4lw/sensorless_demo_filtered_idastroem_DH%20electronics.mp4?dl=0


== Functional GPU testing ==
== Functional GPU testing ==

Revision as of 09:53, 1 June 2021

Tasks of the GPU

Performance Tests

Performance tests with HMI Demo

Sample Webapplication with "Infragistics Ignite UI"

QOpenGLWidget Example

Line-Chart

with GPU

https://www.dropbox.com/s/323nv90lhp9wh02/mit_GPU.MP4?dl=0

no GPU

https://www.dropbox.com/s/kprvgowf8kzod6a/ohne_GPU.MP4?dl=0

Webgl example (aquarium)

Demo Videos

https://www.dropbox.com/s/rzeu2qk95oxy4lw/sensorless_demo_filtered_idastroem_DH%20electronics.mp4?dl=0

Functional GPU testing

Some Toughts about Javascript performance

Profiling with Chromium

Brief summary

  • Webapplications must be optimized for particular embedded system resp. SOC
  • Comprehensive analysis and profiling tools are available
  • Thus, appealing web pages on embedded systems should be possible
  • … where also the “responsiveness" is given