| Kite - Bootstrap Admin Template

Linaro Connect 24

Talks

AI machine learning

Android

Automation validation

Automotive

Big data

Confidential compute

Data center cloud

High performance computing

Iot embedded

Gateway edge computing

Linux kernel

Open Source Development

Security

SystemReady Standards

Trusted Firmware

Toolchain

Networking

Virtualization

Android

Filters

14th May

No talks scheduled for this date.

15th May

MAD24-205 Pixel 6 and Tensor G1 SoC upstreaming status and plans

Session

Android

Wednesday, 10:35 - 11:00

During this talk we will explore Google's efforts in collaboration with the Linaro Google landing team to create an upstream Android development platform with the Pixel 6 device and Tensor G1 SoC. We will explore * The current status of Tensor G1 SoC

Peter Griffin
Tech Lead Google Landing Team at Linaro

MAD24-208 Align the kernel upstream approach with the userspace in power management

Session

Android

Wednesday, 11:10 - 11:35

The awareness of the cost resulting from the Android kernel fragmentation led to a convergence to a Linux kernel upstream support based on a Generic Kernel Interface (GKI). The effort for supporting upstream SoCs is unfortunately slowed down when the kern

Daniel Lezcano
Kernel Engineer & Power Specialist at Linaro

MAD24-213 devboardsforandroid: An update

Session

Android

Wednesday, 12:20 - 12:45

devboardsforandroid.linaro.org was started as a collaborative space to collect devboards aimed to be enabled with AOSP. This session provides an update since, and takes us through the SM8550 enabled as a device using this space.

Sumit Semwal
Tech Lead, LCG at Linaro

Amit Pundir
Senior Engineer at Linaro

MAD24-215 Cuttlefish + Generic Android Bootloaders

Session

Android

Wednesday, 13:45 - 14:10

Cuttlefish is a virtual device platform meant for Android development and supported by Google since 2017. I'll cover the state of the platform and what the team is working on this year. Amongst these projects is a generic Android Boot solution (ABL) we