You may think OpenDataPlane and DPDK are somewhat equivalent. But they are not. OpenDataPlane is about Software Defined Dataplanes while DPDK is a Software Dataplane. A Software Defined Dataplane can control a hardware only Dataplane in a way that packets can go from input port to output port without reaching a CPU core. With Software Dataplanes , all packets have to reach a CPU core. As a result, one vendor could leverage a Software Defined Dataplane to build a 100Tbps network box while it is not possible with a Software Dataplane.
Tutorial material to support getting started/evaluating LAVA v2. An end-to-end tutorial including physical bootloader device with a stand-alone installation of LAVA. Covering - device requirements, device configuration for 32- and 64-bit platforms with QEMU, ARMv7 and ARMv8 targets. An important part would be having links between the v2 documentation and the tutorial material.
Today the remoteproc & rpmsg code available in mainline serves as a base for numerous out-of-tree implementations, ranging from bug fixes to larger feature additions. As we're discussing how to bring these additions towards mainline a common set of topics shows up between the various trees. This talk serves to give an insight into these discussions, ongoing work and connect people with interest in these subsystems.
**Title: TianoCore – Open Source UEFI Community Update**
The TianoCore project hosts EDK II, an open source implementation of the Unified Extensible Firmware Interface (UEFI). EDK II has become the defacto UEFI implementation for ARM and Intel platforms, expanding standards based firmware across multiple architectures. This keynote will provide an update on the current status of the TianoCore project, plans for future improvements, and a discussion of why firmware is critical in today’s digital ecosystem.
Brian Richardson is an Intel technical evangelist who has spent most of his career as a “BIOS guy” working on the firmware that quietly boots billions of computers. Brian has focused on the industry transition to the Unified Extensible Firmware Interface (UEFI), demystifying how firmware works and simplifying firmware development tools. Brian has presented at LinuxCon, UEFI Plugfests, and Intel Developer Forum. He is a blogger for the Intel Software Evangelists project, former writer forlinux.com, and (apropos of nothing) executive producer for DragonConTV.
The Android Open Source Project is one community which is strategic to Linaro and it’s members. The purpose of this mini conference is to gather fellow Android engineers together from the community, member companies, and Linaro to discuss engineering activities and improve collaboration across different groups.
Within this mini conference we encourage discussion and presentations to advance engineering topics, forge consensus and educate each other.
The tentative agenda for this mini conference includes :
- Quick introduction
- Filesystems - Between requirements for encryption and standing concerns about degrading performance as an Android file system age, let’s have some discussion involving current data, known issues and towards improvements in this area for Android.
- HAL consolidation - Review current status and discuss next steps to work on.
One build for many devices: device/build configuration. Next features and platforms to add. Gaps in HiKey support vs. AOSP build.
- Graphics - YUV support in mesa and hwc.
- WiFi and sensor HAL status and next steps
- New developments with AOSP + the Kernel - With regards to the Google Common Kernel tree and upstream Linux kernel activities related to Android, there are a few topics up for discussion:
- - Updates on HiKey in AOSP
- - EAS in common.git & integration with AOSP userspace
- - New Sync API in 4.6+ kernels, and how it will affects graphics drivers
- AOSP transition to clang - As everyone knows GCC in AOSP has been deprecated. Let’s cover current status, issues and next steps. Let’s also discuss the elephant in the room, building the kernel with clang.
- Out of tree AOSP User space Patches - This is a discussion with the goal of organized action to see forward progress on AOSP user space patches that aren’t in AOSP for whatever reason.
- Android is used in some environments where booting can be frequent and affect the product experience. Do you want to wait for a minute while your car boots? We’ll spend time brainstorming on improving Android boot time.
OpenDataPlane provides a portable framework for data plane acceleration that is the basis for higher-level functions such as the full IP protocol stack provided by OpenFastPath (OFP). ODP+OFP in turn can be used to offer acceleration to applications like the open source NGiNX web server. This talk discusses experiences using these tools with a focus on the performance and scaling benefits of using ODP and OFP.
How Linaro and the ARM Partners can drive contributions to the OCP Ecosystem and more.
In this session, Amber Graner, Operations Director for the Open Compute Project Foundation will discuss how Linaro Member can influence and drive ARM consumption, collaboration and contribution in, near and around the data center ecosystem through the OCP community. Learn how to participate, contribute to and influence ARM contributions with the OCP ecosystem. How can you, the Linaro community and ARM partners drive ARM contributions within the OCP rack formats. See what OCP currently has contributed, upcoming contributions and what is still needed.
Amber welcomes your questions ahead of time and hopes to cover the above and more at Linaro Connect.
The Energy Aware Scheduler relies on a power model, rather than on heuristics, to make decisions and reduce power usage. As a result of this fact-based decision making EAS presents very few tunables and thus requires a significantly different approach to tuning and optimization when compared to the traditional tune/benchmark/repeat cycle. Tuning EAS has perhaps more similar to debugging: using trace tools such as ftrace, kernelshark and LISA, we can examine its decision making and look for ways to improve this decision making. This talk will offer a practical introduction to using these trace tools.
Abstract Xen on ARM: The Xen port is exploiting this set of new hardware capabilities to run guest VMs in the most efficient way possible while keeping ARM specific changes to Xen and Linux to a minimum. ARM virtualization is set to be increasingly relevant for the embedded industry in the coming years.
Whilst Xen is best known as the technology powering the biggest clouds in the industry, it also a great fit for automotive deployments and mobile devices that can fit in your pocket. The talk will give concrete examples of the ways Xen can add value to your platforms, not only by providing an excellent general purpose virtualization solution, but also by providing simple, yet effective ways to partition the platform into different security domains.
This presentation will include a brief overview of the Xen on ARM architecture, covering the key design principles employed. The techniques pioneered during the ARM port that allowed the Xen community to remove many legacy components from the Xen code base, streamlining both the ARM and x86 implementations. The talk will conclude explaining how to port Xen to any new ARM boards with the least amount of effort.
Abstract LuaJIT: Lua is a scripting language commonly embedded by web
front-ends. Enabling Lua JIT compilation can reduce CPU usage when
handling huge amounts of network traffic. This year Linaro (and
others) started to work on porting LuaJIT to AArch64. Though the work
is not finished we have made good progress. This presentation will
briefly introduce LuaJIT, discuss the technical challenges of porting
to AArch64, and address the progress of the porting effort and the