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Posts

Lce13

• LCE13: Why all this sudden attention on the Linux Scheduler?

Lcu13

• LCU13 Power-efficient scheduling, and the latest news from the kernel summit

Hkg15

• HKG15 : Opening Keynote - George Grey, Linaro CEO
• HKG15-111: LAVA Dispatcher Refactoring
• HKG15-109: 96Boards Software Requirements
• HKG15-108: Coresight Update and Next Steps
• HKG15-107: ACPI Power Management on Arm64 Servers
• HKG15-106: Replacing CMEM
• HKG15-103: OpenEmbedded BoF
• HKG15-102: LMG Lightning Talks
• HKG15-100 : Core Development Lightning Talks - Kernel, Power Management, Security and Virtualization
• HKG15-101: Programming for Performance
• HKG15-104: Core Development Lightning Talks - Kernel, Power Management, Security and Virtualization
• HKG15-105: 96Boards Hardware
• HKG15-110: ODP Project Update
• HKG15-900 : The Philosophy of Open Source Development
• HKG15-211: Advanced Toolchain Usage Part 4
• HKG15-210: Port forwarding daemon
• HKG15-209: ODP User experience
• HKG15-901: Upstreaming 101
• HKG15-902: Upstreaming 201
• HKG15-411 Browser Testing Framework for LHG
• HKG15-201: Upstream Kernel Validation
• HKG15-208: ACPI: State of the Server
• HKG15-207: Advanced Toolchain Usage Part 3
• HKG15-206: Solving the year 2038 problem in Linux
• HKG15-200K1 : The Machine: A new kind of computer
• HKG15 : Hands-on lightning talk on Arm servers
• HKG15-200: OpenJDK under the hood
• HKG15-202: UMEQ (User Mode Emulation Quest)
• HKG15-203: TCWG 2015 Roadmap Review
• HKG15-204: OpenStack: 3rd party testing and performance benchmarking
• HKG15-205: OpenTAC - Open Hardware Test Automation Controller
• HKG15-309: VLAN daemon next steps
• HKG15 : Guest Keynote - Bob Monkman, Arm
• HKG15-301 : OVS implemented via ODP & vendor SDKs
• HKG15-300: Art's Quick Compiler: An unofficial overview
• HKG15-311: OP-TEE for Beginners and Porting Review
• HKG15-308: Kick-start your 64-bit AOSP build engines
• HKG15-307 : OP-TEE paging
• HKG15-306 : Introducing Aster - a tool for remote GUI testing on AOSP / Build system modifications to ease working with other AOSP projects
• HKG15-305: Real Time processing comparing the RT patch vs Core isolation
• HKG15-304 : Secure Media using DMA-buf
• HKG15-303: Secure Playback using OP-TEE
• HKG15-302: Debugging Arm kernels using NMI/FIQ
• HKG15-410 LAVA Lab addressing and IPV6
• HKG15-409 Arm Hibernation enablement on SoCs a case study
• HKG15-408: Arm v8-A NEON optimization
• HKG15-406 Hacking session hands on
• HKG15-405 Redundant zerosign extension elimination in GCC
• HKG15-404: Standardizing Linux Kernel Power Management on Arm 32/64-bit
• HKG15-403 : Chromium Blink on Wayland with HW accelerated video playback using Gstreamer
• HKG15-407 EME implementation in Chromium Linaro Clear Key
• HKG15 : Guest Keynote - Warren Rehman – Android Partner Engineering Manager, Google
• HKG15-400: Next steps in KVM enablement on Arm
• HKG15-401 Ceph and Software Defined Storage on Arm servers
• HKG15-402 Orphan hacking sessions
• HKG15-505: Power Management interactions with OP-TEE and Trusted Firmware
• HKG15-504: LAVA 201 - LAVA Usage and Result Management
• HKG15-502 : Comcast - Lessons learned from migrating the RDK code base to the OpenEmbedded/Yocto build framework
• HKG15-500: LAVA 101 - LAVA Usage and Result Management
• HKG15-501: Toolchain Performance Analysis and Investigations
• HKG15-500K2 : Linaro Connect Closing Summary - Joe Bates, Executive VP Member Services, Linaro Inc.
• HKG15-500K1 : How Linaro is doing - Greg Kroah-Hartman, Linux Foundation
• HKG15-306 : Build system modifications to ease working with other AOSP projects
• HKG15 Cross-distribution Collaboration
• HKG15-904: Scrum and Kanban 101
• HKG15-506: Comcast - Lessons learned from migrating the RDK code....

Lcu14

• LCU14-101: Coresight Overview
• LCU14-102: PMWG lightning talks
• LCU14 : Opening Keynote & Project Ara
• LCU14-105: Coresight Advanced Topics
• LCU14-106: QEMU for Armv8 and the 64-bit Android Emulator
• LCU14-107: OP-TEE on Armv8
• LCU14-108: Panel: Faster, Better and more Open AOSP Support
• LCU14-109: Embedded Systems: How Low Can You Go?
• LCU14-110: Xen and ACPI: Status and challenges
• LCU14-111: ODP Project Update
• LCU14-112: The Philosophy of Open Source Development
• LCU14-113: Upstreaming 101
• LCU14-100: Dalvik is Dead, Long Live Dalvik! OR Tuning ART
• LCU14-114: Upstreaming 201
• LCU14 : LHG Keynote 1
• LCU14-201: Binary Analysis Tools
• LCU14-115: Security Best Practices
• LCU14-211: LAVA Use Cases: SW testing & Reproducing a LAVA failures locally using CARE
• LCU14-209: LLVM Linux
• LCU14-208: Chromium-Blink migration for RDK.
• LCU14-207: LAVA status update and refactoring the lava-dispatcher
• LCU14-206: Power Management Analysis Tools
• LCU14-202 : Updates from the EAS workshop at Kernel summit
• LCU14-203: LAVA Use Cases: Upstream Kernel CI
• LCU14-205: Multi-arch compiler driver
• LCU14-304: Red Hat Offering for Arm servers
• LCU14-307: Advanced Toolchain Usage (Part 1)
• LCU14-305: Canonical Ubuntu for Arm servers
• LCU14-308: Citrix XEN for Arm servers
• No Content Found
• LCU14-310: Cisco ODP Presentation
• LCU14-311: Advanced Toolchain Usage (Part 2)
• LCU14-312 - Introduction to the Ecosystem day
• LCU14-301: Hadoop and OpenJDK on Arm servers
• LCU14-303: Toolchain Collaboration
• LCU14 : LEG Keynote 1
• LCU14 : LEG Keynote 2
• LCU14-300c : Ecosystem Day Lightning talks
• LCU14-300: OpenStack and KVM on Arm servers
• LCU14-302: OP-TEE Porting and Future Enhancements
• LCU14-306: Security Architecture Technical Discussion
• LCU14-406: A QuIC Take on Energy-Aware Scheduling
• LCU14-409: BoF - Kernel Testing Made Easy
• LCU14-411 : From zero to booting nanodroid with 64bit support
• LCU14-410: How to build an Energy Model for your SoC
• LCU14-405: EMACS users BoFs
• LCU14-407 : How to enable SELinux for Android on AOSP master for Armv8
• LCU14-404: LAVA and VLANs - complex networks on demand
• LCU14-400a : LNG Keynote 1- NFV: Empowering the Network
• LCU14-400: Managing a LAVA LAB using new Debian packages
• LCU14-401: Isolation / no_hz upstreaming progress Confirmed
• LCU14-402: Energy Aware Scheduling: Kernel summit update
• LCU14-500z : Jim Zemlin - Linux Foundation
• LCU14-511: LSK overview and status update
• LCU14-509: Overview of qa-reports
• LCU14-508 BOF: OpenEmbedded
• LCU14-507 : Chromebook2 EAS Enablement
• LCU14-506: KVM Development Status
• LCU14-505: ACPI upstreaming and patch review
• LCU14-504: Taming Armv8 NEON: from theory to benchmark results
• LCU14-502: Android User-Space Tests: Multimedia codec tests, Status and Open Discussions
• LCU14-501: OpenStack and elastic scaling
• LCU14-500: Arm Trusted Firmware roadmap and progress
• LCU14-503: What To Do About ADF?

Lca14

• Opening Keynote
• Tuesday Keynote - Device development model for Carrier Class operators & Open Network Environment
• Tuesday Keynote - Device development model for Carrier Class operators & Open Network Environment
• Wednesday Keynote - 'Profiling server workload for Arm64' & 'Cole Crawford Keynote'
• Wednesday Keynote - 'Profiling server workload for Arm64' & 'Cole Crawford Keynote'
• Thursday Keynote: Distributed Working At Linaro
• Keynote: David Rusling

Sfo15

• SFO15-TR7: OSS License Compliance
• SFO15-411: Energy Aware Scheduling: Power vs. Performance policy - Part 2
• SFO15-407: Performance Overhead of Arm Virtualization
• SFO15-201: Boot Architecture for RDK
• SFO15-200K2 : Neil Trevett - Open Standards and Open Source Together - How Khronos APIs Accelerat...
• SFO15 TR6 Server Ecosystem Day Part 6b (OpenJDK)
• SF015 304 Server Ecosystem Day Part 2b
• SFO15-507: VLAND progress update
• SFO15 506 Capabilities of Workload Automation test harness
• SFO15-505 : Introducing I2C & GPIO user space APIs for Android
• SFO15 503 Secure storage in OP-TEE
• SFO15 502 Using generic cpuidle framework for Arm / Arm64 in your driver
• SFO15 501 HAL Unification in Android
• SFO15-500K3 : Guest Keynote: Security Panel
• SFO15-500K2 : Ideology in Open Source Compliance
• SFO15 500 VIXL
• SFO15-TR9: PSCI, ACPI (and UEFI to boot)
• SFO15-TR8: Getting started with LAVA
• SFO15 BFO2 Reducing the arm linux kernel size without losing your mind
• SFO15-411 : Energy Aware Scheduling: Power vs. Performance policy
• SFO15 410 HP The Machine: Programming NVM with Atlas library
• SFO15 409 Introduction to QA Reports
• SFO15-408 : ODP-DPDK platform performance
• SFO15 406 Arm FDPIC toolset, kernel & libraries for Cortex M & Cortex R mmuless cores
• SFO15-405: Enterprise Use Cases with LAVA
• SFO15 403 Current state of the LAVA dispatcher Refactoring
• SFO15-402: Architecture & Use of “openCSD” Arm CoreSight Trace decode library
• SFO15 401 Mainline on form factor devices / Improving AOSP
• SFO15-400K3: Security and Trust in a Mobile World
• SFO15-400K2 : Guest Keynote: Dave Neary, Redhat
• SFO15 TR4 Server Ecosytem Day Part 4b (CentOS)
• SFO15 311 ConfigFS Gadget: An Introduction
• SFO15-310: Advanced Toolchain Usage Part 6
• SFO15-307: Advanced Toolchain Usage Part 5:
• SFO15 306 Kernel Consolidation 2.0 - Let's make it happen!
• SFO15-305: Expanding security choices: DRM & CA interoperability
• SFO15-303: Linux Kernel Performance (LKP) Project on Arm
• SFO15 302 Energy Aware Scheduling: Progress Update
• SFO15 301 Benchmarking Best Practices 101
• SFO15-300K2 : Suresh Gopalakrishnan, AMD
• SFO15-300: Server Ecosystem Day (Part 1)
• SF015 304 Server Ecosystem Day Part 2a
• SFO15-TR3 : Upstreaming 201
• SFO15-TR2 : Upstreaming 101
• SFO15-TR1 : The Philosophy of Open Source Development
• SFO15-212 : Porting openJDK to 32-bit
• SFO15-211: UEFI on Arm - Dealing with legacy & moving on
• SFO15-210: Kernel Mainline Status of Mobile Chipsets
• SFO15-209: Cisco Connected Life IoT Gateway
• SFO15-208: Improving the Optimizing Compiler in Android Runtime (ART), plans & status
• SFO15-207: Storage and filesystem optimizations
• SFO15-206: kernelci.org / Kernel Testing BoF
• SFO15 205 OP TEE Content Decryption with Microsoft PlayReady on Arm
• SFO15-204: The Art of Optimizing: A New Compiler for the Android Runtime
• SFO15-203: Linaro CI - git driven workflow & Jenkins advanced usage
• SFO15-202: Towards Multi-Threaded Tiny Code Generator (TCG) in QEMU
• SFO15-200K3 : The Web and Digital Rights Management
• SFO15-200: Linux kernel generic TEE driver
• SFO15-111: OpenEmbedded BoF
• SFO15-110: Toolchain Collaboration
• SFO15-109: SoC idling
• SFO15-108: 96Boards Enterprise Edition Introduction
• SFO15-107: LAVA Users Forum
• SFO15-106: LMG Lightning Talks
• SFO15-105: Core Development Lightning Talks - Kernel, Power Mgt, Security & Virtualization
• SFO15-104: The 96Boards Software Reference Platform
• SFO15-103: Cross-distribution (Arm Linux platform support)
• SFO15 102: ODP Project Update
• SFO15-101: Security requirements on Armv8-A boot architecture
• SFO15-100K2 : Guest Keynote: Simon Segars, Arm CEO
• SFO15-100K1 : Welcome Keynote: George Grey, Linaro CEO
• SFO15-100: 96Boards & the course upstream

Bkk16

• BKK16-507: AOSP builds of Linaro with CI v2
• BKK16-506: PMWG Farm
• BKK16-TR08: How to generate power models for EAS and IPA (without talking to a hardware engineer) (in Mandarin)
• BKK16-TR07: Workspace setup tips and tricks
• BKK16-TR04: IT Surgery: two factor authentication and Google
• BKK16-TR03: Upstreaming 201
• BKK16-TR02: Upstreaming 101
• BKK16-TR01: The Philosophy of Open Source Development
• BKK16-507: AOSP builds of Linaro with CI v2
• BKK16-506: PMWG Farm
• BKK16-505: Mezzanine Enablement
• BKK16-504: Running Linux in EL2; who cares about userspace anyway?
• BKK16-503: undefined Behavior and Compiler Optimizations – Why Your Program Stopped Working With A Newer Compiler
• BKK16-502: Suspend to Idle
• BKK16-501: Kernel and bootloader consolidation and upstreaming
• BKK16-500K4: Demo w/ Lunch
• BKK16-500K2 : Guest Keynote: David Rusling
• BKK16-500K1: Daily Welcome: Joe Bates, VP Member Services
• BKK16-500: Dissecting the 2M SLOC QC fork
• BKK16-412:
• BKK16-411: Device Tree Standardization
• BKK16-410: SoC Idling & CPU Cluster PM
• BKK16-409: ODP implementation by Virtual Open Systems
• BKK16-408B: Data Analysis Primer
• BKK16-408A: Running OpenStack on AArch64
• BKK16-407: AOSP Toolchain Evolution and experimental languages on AOSP
• BKK16-406: OpenEmbedded BoF
• BKK16-405: Applications on ODP
• BKK16-404B: Data Science with ODPi
• BKK16-404A: PCI Development Meeting
• BKK16-403: Android HAL Consolidation Status
• BKK16-402: Cross distro BoF
• BKK16-401: ODP User experience discussions
• BKK16-400K2: Guest Keynote: Guest Keynote: Per Beming
• BKK16-400K1: Daily Welcome: Joe Bates, VP Member Services
• BKK16-400B: Standardization of Hadoop Eco System
• BKK16-400A: LuvOS and ACPI Compliance Testing
• BKK16-317: How to generate power models for EAS and IPA (without talking to a hardware engineer)
• BKK16-316: Armv8 Firmware Mini-Summit
• BKK16-315: Graphics Stack Update
• BKK16-313B: HPC
• BKK16-313A: RP Enterprise Kernel
• BKK16-312: Integrating and controlling embedded devices in LAVA
• BKK16-311: EAS core - upstreaming strategy
• BKK16-310: HiKey and AOSP collaborative experience
• BKK16-309B: Enterprise Firmware - The gold standard and how to get there
• BKK16-309A: Open Platform support in UEFI
• BKK16-308: The tool called Auto-Tuned Optimization System (ATOS)
• BKK16-307: Status of the LHG OE Initiative
• BKK16-306: ART II
• BKK16-305B: ILP32 Performance on AArch64
• BKK16-305A: Armv8 Server Lab Users BoF
• BKK16-304: The State of GDB on AArch64
• BKK16-303: 96Boards - TV Platform
• BKK16-302: Android Optimizing Compiler: New Member Assimilation Guide
• BKK16-301B: CentOS CBS and CI: Infrastructure Resources for Building, Testing, and Releasing
• BKK16-301A: Expanding the enterprise landscape in CentOS
• BKK16-300K2: Guest Keynote: Shane Coughlan & Harald Welte
• BKK16-300K1: Daily Welcome: Joe Bates, Linaro VP Member Services
• BKK16-300: Benchmarking 102
• BKK16-215: kernelci.org: beyond boot testing
• BKK16-214: ODP Project Update
• BKK16-213: Where's my hardware? A guide to target platforms available in Linaro and how Members can leverage them
• BKK16-212: What's broken on Arm64?
• BKK16-211: Internet of Tiny Linux (IoTL): status and progress
• BKK16-210: Migrating to the new dispatcher
• BKK16-209: Chromium with V4L2 playback - is it ready today?
• BKK16-208: EAS
• BKK16-207: VLANd in LAVA
• BKK16-206: AOSP RAM reduction project retrospective
• BKK16-205: RDK-B as an IoT Gateway
• BKK16-204: Unified Performance Management
• BKK16-203: Irq prediction or how to better estimate idle time
• BKK16-202: LMG Lightning Talks: A collection of short and interesting topics wrapped up into one session
• BKK16-201: PlayReady OPTEE Integration with Secure Video Path
• BKK16200K2: Guest Keynote: Matthew Garrett
• BKK16-200K1: Daily Welcome: Joe Bates, Linaro VP Member Services
• BKK16-200: Designing security into constrained IoT Systems
• BKK16-111: Tunables: The Future of Platform Optimization Selection in glibc
• BKK16-110: A Gentle Introduction to Trusted Execution and OP-TEE
• BKK16-109: Lead Project #2
• BKK16-108: LAVA Users Forum
• BKK16-107: Budget Fair Queueing heuristics in the block layer
• BKK16-106:
• BKK16-105: Lead Project #1
• BKK16-104: sched-freq
• BKK16-103: OpenCSD - Open for Business!
• BKK16-102: Creating new workload for Workload Automation & using WA with LAVA
• BKK16-101: Requirement review and discussion
• BKK16-100K3: Daily Welcome: Joe Bates, Linaro VP Member Services
• BKK16-100K2 : Guest Keynote: Eric Hennenhoefer, VP Arm Research
• BKK16-100K1: Welcome Keynote: George Grey, Linaro CEO
• BKK16-100: Evolution of the Reference Software Platform Project

Las16

• LAS16-507: LXC support in LAVA
• LAS16-506: The future of 96Boards documentation
• LAS16-505: Best Practices For Switching From GCC to LLVM
• LAS16-504: Secure Storage updates in OP-TEE
• LAS16-503: LAVA V2 migration
• LAS16-502: 96Boards Community Panel
• LAS16-501: Introduction to LLVM - Projects, Components, Integration, Internals
• LAS16-TR08: Hardware Assisted Tracing on Arm with CoreSight and OpenCSD [Mandarin]
• LAS16-500K3: Fireside Chat with David Rusling and Linus Torvalds
• LAS16-500K2: Community Management – Jono Bacon
• LAS16-500: The Rise and Fall of Assembler and the VGIC from Hell
• LAS16-414: Arm Mali GPU Q&A Session
• LAS16-TR07: Working upstream [Mandarin]
• LAS16-412: OpenHours
• LAS16-411: Why I moved away from LAVA for ART CI
• LAS16-410: Don't waste power when idle with runtime PM
• LAS16-409: Time Sensitive Networking: kernel modifications for automotive/industrial
• LAS16-407: Internet of Tiny Linux (IoTL): the sequel.
• LAS16-406: Android Widevine on OP-TEE
• LAS16-405: OpenDataPlane: Software Defined Dataplane leader
• LAS16-403: GDB Linux Kernel Awareness
• LAS16-402: Arm Trusted Firmware - from Enterprise to Embedded
• LAS16-TR06: Remoteproc & rpmsg development
• LAS16-TR05: Getting Started in LAVA v2
• LAS16-401: Accelerating applications with OFP+ODP: highlighting NGINX, OpenSSL and L3FWD
• LAS16-400K2: Brian Richardson, Intel
• LAS16-400: Mini Conference 3 AOSP (Session 1)
• LAS16-TR04: Using tracing to tune and optimize EAS (English)
• LAS16-312: Open Compute Project (OCP): Consume, Collaborate, Contribute.
• LAS16-311: Window Based Load Tracking (WALT) versus PELT utilization
• LAS16-310: Introducing the first 96Boards TV Platform: Poplar by Hisilicon
• LAS16-309: Server Ecosystem: Xen on Arm, from Big Iron to IoT & LuaJIT status on Aarch64
• LAS16-308: Mini Conference 2 Cortex-M Software - Security Architecture for Cortex-M
• LAS16-307: Benchmarking Schedutil in Android
• LAS16-306: Exploring the Open Trusted Protocol
• LAS16-305: Smart City Big Data Visualization on 96Boards
• LAS16-304: Mini Conference 2 RTOS-Zephyr - Build Systems
• LAS16-303: Kernel Testing with KernelCI.org
• LAS16-302: LHG Reference Security Solutions
• LAS16-301: OpenStack on Aarch64, running in production, upstream improvements, and interoperability
• LAS16-300K2: Geoff Thorpe - IoT Zephyr
• LAS16-300: Mini Conference 2 RTOS-Zephyr - Device Configuration
• LAS16-TR03: Upstreaming 201
• LAS16-TR02: Upstreaming 101
• LAS16-TR01: Philosophy of Open Source
• LAS16-212: MediaTek Board Introduction
• LAS16-211: Testing LAVA V2 for advanced KVM testing
• LAS16-210: Hardware Assisted Tracing on Arm with CoreSight and OpenCSD
• LAS16-209: Finished and Upcoming Projects in LMG
• LAS16-207: Bus scaling QoS
• LAS16-205: The State of AOSP common android-4.4 Kernel
• LAS16-203: Platform security architecture for embedded devices
• LAS16-202: Reference Software Platform
• LAS16-201: ART JIT in Android N
• LAS16-200K3: Introducing the MediaTek X20 Board
• LAS16-200K2: Corporate Open Source Fail – Sarah Sharp
• LAS16-200: MiniConference 1 Firmware Summit
• LAS16-112: mbed OS Technical Overview
• LAS16-111: Raspberry Pi3, OP-TEE and JTAG debugging
• LAS16-110: Updates on CI v2 for Android in last 6 months
• LAS16-109: The status quo and the future of 96Boards
• LAS16-108: JerryScript and other scripting languages for IoT
• LAS16-107: LAVA Users Forum
• LAS16-106: GNU Toolchain Development Lifecycle
• LAS16-105: Walkthrough of the EAS kernel adaptation to the Android Common Kernel
• LAS16-104: MyNewt technical overview
• LAS16-103: How We Wound Up Hosting releases.linaro.org on aarch64
• LAS16-102: Writing Effective Automated Tests
• LAS16-101: Efficient kernel backporting
• LAS16-100K2: Morgan Quigley, OSRF
• LAS16-100K1: Welcome – George Grey
• LAS16-100: Zephyr Technical Overview
• LAS16-413: Arm Mali GPU Q&A Session

Bud17

• BUD17-DF: Socionext SC2A11 Arm Server SoC
• Optimized Android N MR1 + 4.9 Kernel - BUD17-DF15
• Android with OPTEE/SVP and Widevine - BUD17-DF10
• ODP IPsec lookaside API Demo - BUD17-DF16
• Optimized Android N MR1 + 4.4 Kernel-BUD17-DF14
• http server on user-level mTCP stack accelerated by DPDK - BUD17-DF05
• DB410c: Face tracking and motor control - BUD17-DF01
• Next event prediction - BUD17-DF17
• MEAN-stack based sensor gateway - BUD17-DF03
• ST 96Boards Demo - BUD17-DF20
• Archermind demo for MTK X20 Pro and Mstar TV 96Boards- BUD17-DF02
• Armv8-M secure debug demo- BUD17-DF13
• Socionext Armv8 server SoC chipset demo- BUD17-DF19
• Dragonboard 410c/820c- BUD17-DF18
• Mcuboot for IoT- BUD17-DF11
• OpenCV & Robot Framework-BUD17-DF09
• RDK ports on 96Boards - BUD17-DF08
• Android AOSP TV-BUD17-DF07
• Apache Ambari and Big data components on AARCH64-BUD17-DF06
• 2038 Linux Problem BoF - BUD17-512
• OCTO BoF: Embedded Graphics - BUD17-321
• The Engineering Review Board (ERB) Process - BUD17-123
• The HPE Machine and Gen-Z - BUD17-503
• Ubuntu Core bring up on 96Boards - BUD17-426
• ILP32 on Arm64 - BUD17-101
• What's new in QEMU - BUD17-221
• Partnership in Open Design and Manufacturing: How Universities can Contribute with Developers Communities - BUD17-511
• Power management in Linux together with secure firmware - BUD17-510
• Arm Developer Systems/Tools - BUD17-508
• ION BoF - BUD17-506
• Mezzanine workshop - BUD17-504
• A functional Open GPU Upon Arm - BUD17-502
• OCTO BoF: Automotive - BUD17-427
• The kernel’s limits to growth - BUD17-500K1
• 96Boards enablement for openSUSE - BUD17-500
• Kernel Debug Stories (in Mandarin) - BUD17-TR07
• OpenHours - Live at Linaro Connect, Budapest - BUD17-425
• 96Boards OpenHours Pre-game - BUD17-424
• Intro to Linaro and 96Boards for Engineers - BUD17-423
• Partnership in Open Design and Manufacturing: How Universities can Contribute with Developers Communities - BUD17-422
• What's happening with Arm Mali drivers - BUD17-421
• Timekeeping in the Linux Kernel - BUD17-419
• Decentralized Apps and Elastos Runtime - BUD17-417
• Benchmark and profiling in OP-TEE - BUD17-416
• AOSP BoF - BUD17-414
• Changes in UEFI land - BUD17-413
• OpenSDK OE Builds on 96Boards - BUD17-412
• RDK on 96Boards - BUD17-408
• Toolchain Coordination - BUD17-406
• Building a reference IoT product with Zephyr - BUD17-405
• UEFI/EDK2 for RDK on HiKey - BUD17-404
• Tutorial Scientific Computing on Arm-based Platforms - BUD17-403
• Virtual Perspectives on Cross-compilation - BUD17-402
• OPNFV: Next steps for enablement - BUD17-401
• Secure Data Path with OPTEE - BUD17-400
• Kernel Debug Stories - BUD17-TR04
• HHVM on AArch64 - BUD17-400K1
• System Trace Tools - BUD17-324
• DynInst on arm64 - Status - BUD17-323
• High resolution data plane timers - BUD17-320
• Navigating the ABI for the Arm Architecture - BUD17-318
• LAVA Migration - 2017 - BUD17-317
• Drone Mapping: Hyperscaling a service with Kubernetes on Arm - BUD17-315
• BoF - Device Tree and Secure Firmware - BUD17-313
• Linux networking and I/O - BoF - BUD17-312
• Cross distro BoF - BUD17-311
• Introducing LLDB for linux on Arm and AArch64 - BUD17-310
• IRQ prediction - BUD17-309
• SCHED_DEADLINE: ongoing development and new features - BUD17-307
• ODP IPsec offload panel - BUD17-306
• Implementing contiguous page hint for anonymous pages in user space - BUD17-305
• P4 to OpenDataPlane Compiler - BUD17-304
• The Swarm on the Edge: Pushing “IoT” to the next step - BUD17-303
• LLVM Internals #2 - BUD17-302
• KVM/Arm Nested Virtualization - BUD17-301
• Journey of a packet - BUD17-300
• Upstreaming 201 - BUD17-TR03
• Upstreaming 101 - BUD17-TR02
• Philosophy of Open Source - BUD17-TR01
• High Energy Physics and Armv8 64-bit? Investigating The Future of Computing at CERN - BUD17-300K2
• Human communication, a niche use case in 5G - BUD17-300K1
• IoT Toolchain BoF - BUD17-223
• Energy Awareness: The Next Step - BUD17-222
• Scheduler Load tracking update and improvement - BUD17-218
• VOSYSwitch on OPNFV - migration to ArmBand - BUD17-217
• LAVA Users Forum - BUD17-215
• Bus scaling QoS update - BUD17-214
• libvirt integration and testing for enterprise KVM/Arm - BUD17-213
• No more latencies! - BUD17-211
• AOSP BoF - BUD17-210
• Reliability, Availability, and Serviceability (RAS) on Arm64 - BUD17-209
• Future of Android Automated Testing - BUD17-206
• Updates on Server Base System Architecture and Boot Requirements - BUD17-205
• QC Upstream BOF - BUD17-204
• Universal Keyring - The Time has Come - BUD17-203
• AOSP Toolchains - BUD17-202
• BUD17-201 - Arm Server Standards: The Next Generation - BUD17-201
• Big data, big challenges for ESA Space Science Missions’ Archives - BUD17-200K1
• Linaro Test Suites example usage - BUD17-122
• Modern tooling with CentOS and DTS - BUD17-121
• Linux-wpan: IEEE 802.15.4 and 6LoWPAN in the Linux Kernel - BUD17-120
• How to automate updating Google sheets from JIRA - BUD17-119
• Status of Android “AOSP” TV - BUD17-118
• Auto vectorization support in OpenJDK9 Hotspot C2 compiler - BUD17-117
• Zephyr on Beetle - BUD17-116
• Linaro Project Management - Project Tracking & Controlling - BUD17-115
• Making Arm the best platform for Android - BUD17-114
• Distribution CI using QEMU and OpenQA - BUD17-113
• Porting the TI SimpleLink CC32xx WiFi stack to the Zephyr IoT OS - BUD17-112
• High performance software packet scheduler - BUD17-111
• PCI-e EndPoint mode of operation in OpenDataPlane(ODP) - BUD17-107
• LMG Lightning Talks - BUD17-106
• Kernelci.org: The road to LAVA v2 - BUD17-105
• Scripting Languages in IoT: Challenges and Approaches - BUD17-104
• Compression support in OpenDataPlane(ODP) - BUD17-103
• Update on CPU cluster Idling - BUD17-102
• George Grey Welcome Keynote - BUD17-100K1
• mcuboot: A shared bootloader for IoT - BUD17-100

Sfo17

• Deep Learning on Arm Platforms - SFO17-509
• Embedded Base Boot Requirements (EBBR) - SFO17-508
• Modular middleware components in Apache Mynewt OS - SFO17-507
• AOSP Devboard update and recent/future pain points - SFO17-506
• Deadline Scheduling Accounting, CPUsets and CPUhotplug - SFO17-505
• (e)MMC/SD/SDIO state of affairs - SFO17-504
• OpenJDK Past, Present and Future - SFO17-503
• Avocado Auto Testing for AArch64 Virtualization - SFO17-502
• The Swarm on the Edge : key aspects to make it real - SFO17-501
• Panel: Arm in open source (David Rusling) - SFO17-500K2
• Keynote: Professor Jan Rabaey - SFO17-500K1
• Intro to Linaro and 96Boards for Engineers - SFO17-TR07
• Power Themed Hacking Sessions (Thurs) - SFO17-PM03
• TBD - SFO17-466
• Cavium in the Datacenter - SFO17-465
• Spack - SFO17-464
• OS and architecture agnostic Docker Images - SFO17-463
• Faster, Leaner and More Openness: Java is Accelerating Innovation for the Cloud - SFO17-461
• Qualcomm in the Datacenter - SFO17-460
• RDO & RHEL 7.4 - SFO17-459
• 6WIND High Performance Networking Software for Arm Servers - SFO17-458
• Works on Arm: CI/CD Infrastructure for Open Source and Commercial Software Testing - SFO17-457
• HPC BoF - SFO17-456
• High performance IP communication for the datacenter - SFO17-455
• Arm v8A and java 8: Shifting The Datacenter Balance - SFO17-454
• Hyper scaling concept server - SFO17-453
• A Validation of Ceph Block Performance for Random I/O Applications - SFO17-452
• An Overview of Post-K Supercomputer Development in Japan - SFO17-451
• The Linux Kernel Scheduler (For Beginners) - SFO17-421
• The Open-Source seL4 Kernel. Military-Grade Security Through Mathematics - SFO17-417
• Preventing Linux in your car from killing you: The L4Re Open Source Microvisor System. - SFO17-416
• Update Remotely IoT Devices using Eclipse Hawkbit and SWUpdate - SFO17-415
• 96Boards Mezzanine Workshop and info session - SFO17-414
• BoF: ION - SFO17-412
• BoF: AOSP - SFO17-411
• KVM/Arm Nested Virtualization Support and Performance - SFO17-410
• TSC BoF: OSS Toolchain Discussion - SFO17-409
• Active State Management of Power Domains - SFO17-408
• Collaboras involvement in KernelCI - SFO17-407
• IPsec Full Offload Support in ODP - SFO17-406
• Multi-threaded Programming on Arm - a MP/MC Ring Buffer Case Study - SFO17-405
• Ion integration challenges - SFO17-404
• Optimizing the Design and Implementation of KVM/Arm - SFO17-403
• SDIO power on/off time impacts system suspend/resume time! - SFO17-402
• UEFI Secure Boot and DRI for RDK on HiKey - SFO17-401
• Keynote: Imagine The Internet in Ten Years - Aaron Welch (Packet) - SFO17-400K2
• Keynote: Iliyan Malchev (Google) - SFO17-400K1
• EASv1.3 Profiling On Hikey960 - SFO17-TR05
• Expanding the 96Boards Ecosystem - SFO17-TR04
• TSC BoF: Accelerators Discussion - SFO17-320
• SCMI Test Suite - SFO17-319
• BoF: Cross distribution discussion - SFO17-318
• Progress and demonstration of WrapDrive, a accelerator framework - SFO17-317
• Arm Binary Translator - Towards a 64bit Only World - SFO17-316
• Complex testing in Travis CI - SFO17-315
• Optimizing GoLang for High Performance with Arm64 Assembly - SFO17-314
• ODP for NFV Use - SFO17-313
• Benchmarking at TCWG - SFO17-312
• BoF: Device Tree and Secure Firmware BoF - SFO17-310
• Secure storage updates - SFO17-309
• AArch64 Vector Optimizations for Glibc - SFO17-308
• WALT vs PELT : Redux - SFO17-307
• Digital signatures and the beginning of the world - SFO17-306
• Moby and LinuxKit on Arm64 Server - SFO17-305
• Demystifying Security Root of Trust Approaches for IoT/Embedded - SFO17-304
• A Modular Framework for Componentization - SFO17-303
• BFQ, fairness and low latency in block I/O - The Two Towers - SFO17-302
• A Practical Guide to Open Source Software Licensing - SFO17-301
• Keynote: Heather Meeker (O’Melveny & Myers LLP) - SFO17-300K2
• Keynote: The Intelligent, Connected Future - Matt Grob (Qualcomm) - SFO17-300K1
• Upstreaming 201 - SFO17-TR03
• Power Themed Hacking Sessions (Tues) - SFO17-PM01
• Upstreaming 101 - SFO17-TR02
• Philosophy of Open Source - SFO17-TR01
• Purism BoF - SFO17-222
• TSC BoF: Common Kernels Discussion - SFO17-221
• Designing IoT Devices - SFO17-220
• Simplified DVFS and OPP framework - SFO17-219
• TSC Sponsored BoF: Can Linux and Automotive Functional Safety Mix ? Take 2: Towards an open source, industry acceptable high assurance OS - SFO17-218
• Introducing Jobserv, a new CI system built with Containers and container orchestration technologies in mind - SFO17-217
• Automatic Vectorization in ART (Android RunTime) - SFO17-216
• A Functional Open GPU Upon Arm - SFO17-215
• SQUAD: an overview of the platform behind qa-reports.linaro.org - SFO17-214
• Linux based Infotainment Systems: Thundersoft Case Study - SFO17-213
• Open Source Automotive: How Shared Development will Drive the Industry Forward - SFO17-212
• EDK2 Platform Support - SFO17-211
• A flexible GDB (GNU Debugger) target description for processor diversity - SFO17-210
• Realtime Performance of Networking Stack - SFO17-209
• AOSP TV Input Framework: DVB & IP video sources - SFO17-208
• Understanding Real Time kernel - SFO17-207
• RDK/WPE Port on DB410C - SFO17-206
• PMWG BoF: Voltage Corners and Power Domains - PMWG BoF
• LMG Lightning Talks - SFO17-205
• Functional Safety and development tools - SFO17-204
• Reliability, Availability, and Serviceability (RAS) on Arm64 status - SFO17-203
• Enabling the runtime PM centric path for ACPI - SFO17-202
• Secure Boot on Arm systems – Building a complete Chain of Trust upon existing industry standards using open-source firmware - SFO17-201
• Keynote: Multi-core CPU and server - SFO17-200K2
• Keynote: Kanta Vekaria (Linaro) - SFO17-200K1
• Performance Evaluation for Containerized NFV-I on Arm via OPNFV Yardstick - SFO17-119
• An update on MCUBoot (The IoT Bootloader) - SFO17-118
• SBSA/SBBR, ServerReady and Server Management - SFO17-117
• Test standards - can Fuego, Lava and others agree? - SFO17-116
• BoF: Quic Upstreaming - SFO17-115
• Software is imperfect! ...so how to deal with it? - SFO17-114
• New Zephyr features: LWM2M / FOTA Framework - SFO17-113
• Using SoC Vendor HALs in the Zephyr Project - SFO17-112
• Secure96 - SFO17-111
• Getting started with LLVM - the TL;DR version - SFO17-110
• Containerized VNFs with Data Plane Acceleration on Arm-based NFV infrastructure - SFO17-109
• BSD Sockets API in Zephyr RTOS - SFO17-108
• LAVA Users Forum - SFO17-107
• The Purpose of QEMU Emulation - SFO17-106
• MINCS - The Container in The Shell Script - SFO17-105
• Getting the most out of DynamIQ & Enabling support of DynamiQ - SFO17-104
• The challenge of SVE in QEMU - SFO17-103
• Deploy STM32 family on Zephyr - SFO17-102
• UHD and HDR - SFO17-101
• Keynote: George Grey (Linaro) - SFO17-100K1
• Internet of Tiny Linux (IoTL): Episode IV - SFO17-100
• TBD - SFO17-462
• Active State Management of Power Domains - SFO17-413
• Handing the Emperor a towel: automating license compliance information - SFO17-311

Hkg18

• HKG18-TR14 - Postmortem Debugging with Coresight
• HKG18-TR12 - LAVA for LITE Platforms and Tests
• HKG18-TR11 - LAVA on your desk BoF
• HKG18-TR10 - Best practices for getting devices in LAVA
• HKG18-TR09 - Power Management Features - An Overview
• HKG18-TR08 - Upstreaming SVE in QEMU
• HKG18-TR06 - TCWG Hacking Topics: Code quality checkers
• HKG18-TR05 - LAVA Users Forum
• HKG18-TR04 - Using the Clang developer tools
• HKG18-TR03 - Upstreaming 201
• HKG18-TR02 - Upstreaming 101
• HKG18-HK-10 - SWG Hacking: LHG PlayReady/Widevine integrations on Android and Linux
• HKG18-TR01 - Philosophy of Open Source
• HKG18-TC11 - TCWG Hacking Topics: Bswap & store merging pass
• HKG18-TC09 - TCWG Hacking Topics: Adding new port to glibc
• HKG18-TC08 - TCWG Hacking Topics: Pointer signing in Armv8.3-A
• HKG18-TC07 - TCWG Hacking Topics: Cross-compilation with Clang bots
• HKG18-TC05 - TCWG Hacking Topics: LLDB Python Interface
• HKG18-TC04 - TCWG Hacking Topics: Importance of LTO and PGO
• HKG18-TC03 - TCWG Hacking Topics: QEMU decode tree
• HKG18-TC02 - TCWG Hacking Topics: CSE theory and practice
• HKG18-TC01 - TCWG Hacking Topics: How to track regressions in buildbots
• HKG18-HK25 - PMWG Hacking: Best Practices in Daily Work
• HKG18-HK24 - PMWG Hacking: How to automate low power use cases?
• HKG18-HK23 - PMWG Hacking: LISA wltest
• HKG18-HK22 - PMWG Hacking: Product codeline
• HKG18-HK21 - PMWG Hacking: Unifying Kernel Load Tracking and PELT updates
• HKG18-HK20 - PMWG Hacking: CPU cooling device
• HKG18-HK19 - PMWG Hacking: IPA capping impact
• HKG18-HK18 - PMWG Hacking: C-state latency and residency
• HKG18-HK17 - PMWG Hacking: Bus Scaling Status
• HKG18-HK16 - PMWG Hacking: Big/Little Capacity Awareness
• HKG18-HK15 - PMWG Hacking: Perf State and DynamiQ Update
• HKG18-HK14 - PMWG Hacking: Idling and other topics
• HKG18-HK12 - SWG Hacking: OP-TEE Spectre & Meltdown follow-up
• HKG18-HK11 - SWG Hacking: Linaro OP-TEE DRM status
• HKG18-HK09 - SWG Hacking: Dynamically linked TAs
• HKG18-HK08 - SWG Hacking: mbed TLS in OP-TEE
• HKG18-HK07 - SWG Hacking: Key management in OP-TEE
• HKG18-HK06 - SWG Hacking: OP-TEE Benchmark framework
• HKG18-HK05 - SWG Hacking: AOSP and OP-TEE
• HKG18-HK04 - SWG Hacking: Testing in OP-TEE
• HKG18-HK03 - SWG Hacking: Strategy to keep integrated libtomcrypt source updated
• HKG18-HK02 - SWG Hacking: Improve RNG in OP-TEE
• HKG18-HK01 - SWG Hacking: Kconfig in OP-TEE
• HKG18-510 - Zun - OpenStack Container Management Service
• HKG18-508 - An overview of Fedora Atomic for IoT running on Arm
• HKG18-507 - Preparing for future security exploit mitigations
• HKG18-506 - HCQC : HPC Compiler Quality Checker
• HKG18-505 - QEMU in UEFI
• HKG18-503 - My code is being hacked!
• HKG18-502 - The New Linaro Enterprise Lab
• HKG18-501 - EAS on Common Kernel 4.14 and getting (much) closer to mainline
• HKG18-500K2 - Keynote: Laura Dekker - The Machine as Alien Ethnographer: Advanced Computation, Open Source Systems and Art
• HKG18-500K1 - Keynote: Dileep Bhandarkar - Emerging Computing Trends in the Datacenter
• HKG18-420 - Device-tree overlay feature allows for runtime modification
• HKG18-419 - OpenHPC on Ansible
• HKG18-417 - OpenCL support by NNVM & TVM
• HKG18-416 - I'm BFQ, I'm dynamite (or almost ...)
• HKG18-415 - Time Sensitive Networking (TSN) and Linux
• HKG18-414 - LKFT experiences and plans
• HKG18-413 - AI and Machine Learning BoF (sponsored by the TSC)
• HKG18-412 - Android/AOSP Workflow
• HKG18-411 - Introduction to OpenAMP which is an open source solution for heterogeneous system orchestration and communication
• HKG18-410 - Make Kubernetes Greater for NFV@Arm
• HKG18-409 - DPDK vs ODP: A comparison
• HKG18-408 - A DRM solution using TZMP
• HKG18-407 - Hypervisors and IoT (IoT Secret Storage)
• HKG18-405 - Accelerating Neural Networks for Vision Systems via FPGAs
• HKG18-404 - Open Source License Compliance *This session is in Chinese*
• HKG18-403 - Introducing OpenOCD: Status of OpenOCD on AArch64
• HKG18-402 - Build secure key management services in OP-TEE
• HKG18-401 - The OpenStack on Aarch64 journey
• HKG18-400K2 - Keynote: Shane Coughlan with guest speaker Lucien Cheng-hsia Lin- Complex Made Simple: The State of Governance in Open Source
• HKG18-400K1 - Keynote: Kenneth Lee - “To define the rule -- why you should go open source”
• HKG18-320 - The Practical Application of IFAA Standard
• HKG18-319 - Dr. Tao Wang (GCC): Step into Green Computing Cornsortium
• HKG18-318 - OpenAMP Workshop
• HKG18-317 - Arm Server Ready Program
• HKG18-316 - AliOS Things - The New Generation of IoT Operating System to Power Billions of Intelligent Things
• HKG18-315 - Why the ecosystem is a wonderful thing warts and all
• HKG18-314 - HPC BoF Discussion
• HKG18-313 - 96Boards OpenHours
• HKG18-312 - CMSIS-NN
• HKG18-311 - Native CI and CD pipelines for Arm
• HKG18-310 - The challenge of adopting Arm based servers in our data centers
• HKG18-309 - Introduction to Linaro and 96Boards for Engineers
• HKG18-307 - Linaro Developer Cloud
• HKG18-306 - Overview of Qualcomm Snapdragon Neural Processing Engine
• HKG18-305 - Arm64 Server Support for New Retail Strategy
• HKG18-304 - Scalable AI server
• HKG18-303 - Automotive Grade Linux (AGL)
• HKG18-302 - Huawei HiAI : Unlock The Future
• HKG18-301 - Dramatically Accelerate 96Board Software via an FPGA with Integrated Processors
• HKG18-300K2 - Keynote: Tomas Evensen - All Programmable SoCs? – Platforms to enable the future of Embedded Machine Learning
• HKG18-300K1 - Keynote : Leendert van Doorn Microsoft Azure : Operating at Hyper-Scale
• HKG18-223 - Trusted Firmware M : Trusted Boot
• HKG18-222 - Trusted Firmware M : Secure Storage
• HKG18-221 - Trusted Firmware M : Core and Partition Manager
• HKG18-220 - State of Big Data on AArch64. - Apache BigTop
• HKG18-219 - Threat Modeling for IoT
• HKG18-218 - Bootstrapping a LoRa Linux project
• HKG18-217 - OpenCDM/CDMi (Multi DRM) work with WPE & Chromium
• HKG18-215 - AOSP Toolchains: Where we are with building kernels, bootloaders and AOSP with Clang
• HKG18-214 - Progress of WrapDrive
• HKG18-213 - Qualcomm Upstream Status BoF
• HKG18-212 - Trusted Firmware M: Introduction
• HKG18-211 - Android common kernel and out of mainline patchset status
• HKG18-210 - Product codeline optimization
• HKG18-206 - CSI-based storage orchestration system on AArch64
• HKG18-204 - *Linaro Members Only* Cross team component discussion on the impact of security vulnerabilities
• HKG18-203 - Overview of Linaro DRM
• HKG18-202 - Improving the Effectiveness and Generality of GCC Auto-Vectorization
• HKG18-201 - LKFT Remote Labs
• HKG18-200K2 - Keynote: Mingfei Huang: Accelerating AI from Cloud to Edge
• HKG18-200K1 - Keynote: Mark Hambleton: The Fog
• HKG18-124 - Android Verified Boot 2.0 and U-boot
• HKG18-122 - OpenSDK Rocko builds on DB410c, HiKey, Beagle X15
• HKG18-121 - Empowering container-based NFVi with VPP on Arm Servers
• HKG18-120 - Structured Documentation and Validation for Device Tree
• HKG18-119 - Overview of integrating OP-TEE into HiKey620 AOSP
• HKG18-308 - DuerOS
• HKG18-118 - Automated Testing using Travis and Shippable
• HKG18-116 - RAS Solutions for Arm64 Servers
• HKG18-115 - Partitioning Arm Systems with the Jailhouse Hypervisor
• HKG18-113 - Secure Data Path work with i.MX8M
• HKG18-112 - Accelerate Ceph by SPDK on AArch64
• HKG18-111 - How to get realistic c-state latency and residency?
• HKG18-110 - net_mdev: Fast path user space I/O
• HKG18-109 - LITE Lightning Talks
• HKG18-108 - Deploying OPNFV on Arm with Compass4NFV
• HKG18-106 - Introducing OpenDataPlane Tiger Moth
• HKG18-105 - LMG Lightning Talks (in Polaris - LMG and LHG)
• HKG18-104 - Securing Arm Servers
• HKG18-102 - DPDK on Arm64 Platforms
• HKG18-101 - Arm EBBR (TSC sponsored BoF)
• HKG18-100K1 - George Grey: Opening Keynote
• HKG18-100 - Ask Arm Anything BoF (MEMBERS ONLY)
• HKG18-117 - Make Kubernetes Greater for NFV@Arm
• HKG18-103 - Native CI and CD pipelines for Arm

Yvr18

• YVR18-TCWG07: FileCheck numeric expressions: features and implementation
• YVR18-TCWG06: Overview of sign- and zero-extension elimination
• YVR18-TCWG05: String Optimizations in glibc
• YVR18-TCWG04: Coremark regression approaches
• YVR18-TCWG03: Use of sample and instrumented profiling to enable code-size optimizations
• YVR18-TCWG02: Round-robin CI with auto-bisection of several moving targets
• YVR18-TCWG01: Arm FDPIC ABI support in the GNU Toolchain
• YVR18-SWG07 Hacking: Using OP-TEE from boot-loaders
• YVR18-SWG06 Hacking: BigNumber library in OP-TEE
• YVR18-SWG05 Hacking: RPMB device ID in U-Boot vs Linux
• YVR18-SWG04 Hackin: Status of lorcs virtualization patches
• YVR18-SWG03 Hackin: OP-TEE in AOSP and KeymasterGatekeeper
• YVR18-SWG02 Hacking: Timer API for TAs
• YVR18-SWG01 Hacking: Documentation in OP-TEE
• YVR18-PMWG14: DVFS Support
• YVR18-PMWG13: Farm status and next step
• YVR18-PMWG12: Setting up boards in farm: About what do we have to take care
• YVR18-PMWG11: Scheduler Debug a Lisa Love story
• YVR18-PMWG10: Adeb: A chroot-based adb shell for Android
• YVR18-PMWG09: Thermal capping
• YVR18-PMWG08: CPU utilization tracking
• YVR18-PMWG07: Status product codeline
• YVR18-PMWG06: On-chip interconnect API (aka bus scaling framework)
• YVR18-PMWG05: Multiple PM domain: How to use it
• YVR18-PMWG04: Status about cluster idling
• YVR18-PMWG03: Idle loop reordering : what does it solve and how to get benefit
• YVR18-PMWG02: Thermal Range governor and hierarchical thermal zone
• YVR18-PMWG01: Idle injection and cpu power topology description
• YVR18-511: SBSA QEMU
• YVR18-510:From Zero to Zero-Copy: Accelerating Your Embedded Media Player
• YVR18-509:Redox OS: A modern microkernel based open source OS written in the Rust safety and concurrency themed language - Now also on Arm!
• YVR18-508:System Firmware and Device Firmware Updates using Unified Extensible Firmware Interface (UEFI) Capsules
• YVR18-507:Maintaining Old Arm Systems
• YVR18-506:IoT TLS: Why Its Hard
• YVR18-505:LLVMClang and Arm 32-bit
• YVR18-504: Notes from porting and booting Ubuntu Core on iMX6 with secure boot enabled
• YVR18-503:Diary of a Drive by Coder: Tips and Tricks for Working with Upstream
• YVR18-502:Java on Arm: Theory Applications and Workloads
• YVR18-501:Using VPN implementation from upstream kernel in Android
• YVR18-500K3: Kato Shinpei Autoware on Board
• YVR18-500K2: Todd Kjos Android kernels: How the sausage is made
• YVR18-500K1: Thea Aldrich Putting Principle into Practice: A case study on building a diverse open source technical community
• YVR18-422: Tiny IoT running Linux
• YVR18-422: Tiny IoT running Linux
• YVR18-421: Enabling a secure data center with Arm64 architecture
• YVR18-418:UEFI on HiKey
• YVR18-417:Struck entropy! Finding true randomness from sensor data
• YVR18-416:Using perf On Arm platforms
• YVR18-415:LEDGEAutomotive reference platform
• YVR18-414: Keymaster and Gatekeeper
• YVR18-413:Qualcomm Kernel Upstream BoF
• YVR18-412:Standard Embedded Boot with EBBR
• YVR18-411:MCUboot: Multi-Image Support
• YVR18-410:Envoy: an L3L4L7 proxy and communication bus designed for large modern service
• YVR18-409:Suspend time compensation for Linux kernel
• YVR18-408:Open Source Academics and other 96Boards initiatives
• YVR18-407: WarpDrive Progress
• YVR18-406:EAS for Android mainlining update
• YVR18-405:To JDK 11 and Beyond!
• YVR18-404:BoF Device Tree: Json-schema for DeviceTree bindings and Connector bindings
• YVR18-403:Improving the interoperability between Linux and UEFI using LUV
• YVR18-402:LAVA Users Forum
• YVR18-401:96Boards OpenHours - Live in Vancouver
• YVR18-400K2: Long Wang Smart communities: Challenge Solution and Cooperation
• YVR18-400K1: Toshiyuki Shimizu A new powerful general purpose CPU complements and accelerates Arm ecosystem prosperity in high performance servers
• YVR18-338: Tensorflow for Arm devices
• YVR18-337: BoF: JIT vs offline compilers vs deploying at the Edge
• YVR18-335: Xilinx: AI on FPGA and ACAP Roadmap
• YVR18-334: AI Alive: On Device and In-App
• YVR18-333: ONNC (Open Neural Network Compiler) for Arm Cortex-M
• YVR18-332: TVM compiler stack and ONNX support
• YVR18-331: MXNet and ONNX
• YVR18-330: Qualcomm Snapdragon AI software
• YVR18-329 Arm NN intro
• YVR18-320:OpenJDK Optimizations for AARCH64
• YVR18-319:PHP HHVM Optimization for AARCH64
• YVR18-318:BoF: bootstrapping a SQUAD community
• YVR18-317:BOF: The Works on Arm Cluster project
• YVR18-316:Validate your personal kernel tree using LKFT
• YVR18-315:How to build affordable panoramic Camera product with Bubblegum96
• YVR18-314:Containers in Embedded
• YVR18-313:What is LKFT and how does it improve the Linux kernel overall quality
• YVR18-312: Edge AI with Linaro
• YVR18-311:A Call to Action: Accelerating Python with FPGAs
• YVR18-310:The Linux Desktop: Arms Final Frontier
• YVR18-308:Kernel Bugs and Regressions Debugging Best Practices
• YVR18-307:Detecting Binary Black Hole Mergers through LIGO Gravity Wave Measurements with Ultra96
• YVR18-306:libddssec: Securing DDS with OP-TEE
• YVR18-305:Getting the best from the Ultra96 in the IoT and Embedded Vision Arena without being a FPGA Expert
• YVR18-303:Managing customized FPGA accelerators with SDSoC!
• YVR18-302:EB corbos and the L4Re microhypervisor: Open-Source Automotive Safety
• YVR18-301: Kselftest framework roadmap and discussion
• YVR18-300K2: Chris Benson - Artificial Intelligence Strategy: Digital Transformation Through Deep Learning
• YVR18-300K1: Jem Davies Enabling Machine Learning to Explode with Open Standards and Collaboration
• YVR18-225:Hardware Trace on Linux - tools techniques and future directions
• YVR18-224:Writing Better Function Tests with GCOV
• YVR18-223:How to build a C processing tool using the Clang libraries
• YVR18-222:Testing Arm-with-Arm with LAVA and 96Boards
• YVR18-221:Linux Kernel Power Management Features - An Overview
• YVR18-220:The Linux Kernel Scheduler (For Beginners)
• YVR18-219: Cleaning up kernel licensing: subsystem by subsystem
• YVR18-218:Trusted Firmware M: Current Topics
• YVR18-217:Lightweight flows for fine-grain packet order processing
• YVR18-216:The end of time 19 years to go
• YVR18-215:Update on OpenCDM
• YVR18-214:Open CI for Trusted Firmware
• YVR18-213: Xen on Arm for embedded and IoT: from secure containers to dom0less systems
• YVR18-212:Network switches and TSN configuration
• YVR18-211: Trusted Firmware - Project Updates and Topics
• YVR18-210:Bringing Armv8-a Scalable Vector Extension into OpenJDK
• YVR18-209:Building Accurate BOMs: Open Source Tooling Options
• YVR18-208:WALT vs PELT
• YVR18-207:Practical use of treble on devboards
• YVR18-206:OpenDataPlane: Evolution of Continuous Integration Systems for Open Source Projects
• YVR18-205:Evolution of Load tracking mechanism in Linux scheduler
• YVR18-204: drmhwcomposer
• YVR18-203:HPC compiler optimisations
• YVR18-202: BoF: IOT Security with Arm OSS
• YVR18-201:Introducing the OpenDataPlane SIG
• YVR18-200K2: Jilayne Lovejoy An open source developer and a lawyer walk into a bar
• YVR18-200K1: Shuah Khan Lets Talk Kernel Selftest
• YVR18-119:52 shades of VA (Virtual Address Space)
• YVR18-118:My Other Machine is Virtual
• YVR18-117:SWG updates since HKG18
• YVR18-116:The HPC Lab
• YVR18-115: Using Device Tree with Zephyr
• YVR18-114:Auto-deployment of Ceph cluster with Rook on top of Kubernetes
• YVR18-113:Where did my storages speed go
• YVR18-111: Lock-free read-write concurrency in rtehash
• YVR18-110:OpenSDK OE builds in MMWG
• YVR18-109:Mali packaging for distros
• YVR18-108:Trusted Firmware for M technical deep dive
• YVR18-107:RAS Error Injection and Error Handling on Arm64 based platforms
• YVR18-106:The Networking of Edge Computing and Edge Stack on Arm Platform
• YVR18-105:Keeping up with android mainline tracking kernel
• YVR18-104:Arm Architecture Enhancements in 2018
• YVR18-103: Reliability Availability and Serviceability (RAS) on Arm64 status
• YVR18-102:LCG: Lightning Talks
• YVR18-101:BoF: Ask Arm Anything (MEMBERS ONLY)
• YVR18-100K1: Opening Keynote by George Grey
• System76 wants to make a high-end Arm Laptop and Desktop
• Start using Arm Servers now with Ed Vielmetti of Packet
• Standardizing software support for 96Boards with Mani
• Shiratech
• Open Source Academics (OSA) by 96Boards with Robert Wolff
• MRAA library with Mani of 96Boards
• Linux microPlatform, secure IoT updates with Foundries.io and Toradex
• Jon Masters of Red Hat talks Arm Servers, fixing Meltdown/Spectre, HPC, A64FX, Ampere
• Fujitsu A64FX Post-K Supercomputer: World's Fastest Arm Processor
• Arm on Arm with David Rusling, Linaro CTO
• Arm NN and the Linaro Machine Learning Initiative
• AI Industry Status in 2018, overview with Chris Benson AI Strategist
• 96Boards Mezzanine Initiative
• $50 eduMIP with 96Boards, BeagleBone, Raspberry Pi, with Thomas Bewley (UCSD Professor)
• World's Most Powerful Arm Desktop: Marvell ThunderXStation ThunderX2 Workstation
• UEFI at Linaro Connect Vancouver 2018
• Testing Arm with Arm with LAVA and 96Boards
• OpenCV Color Segmentation and Tracking on DragonBoard 820c
• Linaro’s Linux Kernel Functional Test framework (LKFT)
• Kodi Playback with Standard V4L2 Stack at Linaro Connect Vancouver 2018
• KernKonzept Open-Source Automobile Safety
• Internet of Tiny Linux, Google IoT on Arm Cortex-A5 memory constrained device
• Google IoT Demo for Zephyr RTOS With TF-M Secured on Musca
• EBBR: Embedded Base Boot Requirements at Linaro Connect
• Collecting power measurements in CI Loop
• Android Treble on Texas Instruments Beagle-X15 at Linaro Connect

Bkk19

• Arrow - Value of being 96Boards Partner
• Arrow - Why Sponsor Linaro Connect?
• Arrow - What is unique about Linaro Connect?
• Socionext HopeRun HiHope AKEBi96 96Boards TV Board | Demo Friday BKK19
• OPC-UA Over XDP Sockets for TSN on 96Boards | Demo Friday BKK19
• Nx Witness + Gyrfalcon AI Accelerator on Socionext SynQuacer | Demo Friday BKK19
• BKK19-TR10 - BigData Benchmarking on Arm Servers
• BKK19-TR09 - Getting Started with Arm-Based EC2 A1 Instances (Full Session)
• BKK19-TR08 - How to integrate Fuego automated testing tool in your CI loop
• BKK19-TR07 - Enabling seamless acceleration with CCIX Technology – a Software Perspective
• BKK19-TR06 - Deep dive in the scheduler
• BKK19-TR05 - Arm NN and the plug-in framework
• BKK19-TR04 - Fantastic tracepoints and where to find them
• BKK19-TR03 - The Linux Kernel Scheduler - Overview
• BKK19-TR02 - Linux Kernel Power Management - 101
• BKK19-TR01 - Bigtop 101
• BKK19-PM08 - PMWG Scheduler load balance rework
• BKK19-PM07 - PMWG Non upstreamable part of EAS
• BKK19-PM06 - PMWG Bus scaling enhancements
• BKK19-PM05 - ARM SCMI Specification - Evolution & Roadmap to support improvements in System & Power Management
• BKK19-PM04 - PMWG: SCMI server in TEE
• BKK19-PM03 - PMWG: Enable deepest suspend power state on S2I
• BKK19-PM02 - PMWG: Cluster Idling
• BKK19-PM01 - PMWG: CPU Idle governor and irq prediction
• BKK19-513 - TF-A: Dynamic Configuration and PIE support
• BKK19-512 - Xen Dom0-less
• BKK19-510 - BFQ I/O scheduler: more throughput, control and efficiency
• BKK19-509 - Software architecture for High-end IoT devices
• BKK19-507 - Baselining AArch64 Java AOT Performance
• BKK19-506 - Libcamera: Making Complex Cameras Easy
• BKK19-505 - Memory Recycling for Network Interfaces
• BKK19-504 - XDP Offload for OPC UA
• BKK19-503 - VMs in a container-centric world
• BKK19-502 - Autoware on ARM Improvements
• BKK19-501 - Arm Developer - what we learned about you, and the changes we're making
• BKK19-500K2 - KEYNOTE: Open Source Building Blocks
• BKK19-500K1 - KEYNOTE: Linux Code of Conduct
• BKK19-421 - Works on Arm cluster BOF
• BKK19-420 - 2019 State of ARM U-Boot Development Report
• BKK19-419 - Debugging with OP-TEE
• BKK19-418 - Toolchain Strategy for Arm Server CPUs
• BKK19-417 - 96problems
• BKK19-416 - Automating test results analysis using neural networks
• BKK19-415 - OP-TEE: Shared memory between TAs
• BKK19-414 - Retrospective on upstreaming VPN in AOSP
• BKK19-413 - AOSP Device Upstreaming and Development with X15
• BKK19-412 - Scheduling in CI/CD systems
• BKK19-411 - Boot Requirements and Strategies for the Edge
• BKK19-410 - Opensource GPU Drivers BoF
• BKK19-409 - Bootloader testing in LAVA
• BKK19-407 - What is this Fuego thing and where is it going?
• BKK19-404 - Living on Channel ZGC
• BKK19-403 - Using DTB overlays in OP-TEE
• BKK19-402 - Inferencing at the edge and Fragmentation Challenges
• BKK19-401 - Common Accelerator Framework Warpdrive update
• BKK19-400K2 - KEYNOTE: Open Source software stack for heterogeneous embedded devices
• BKK19-400K1 - KEYNOTE: Digital transformation: Gains and Pains from the perspective of a large industry company
• BKK19-325 - Design your own custom co-processors and acceleration hardware with Ultra96
• BKK19-323 - Realtime Edge AI SoC for Computing Vision Applications
• BKK19-322 - Indoor Position with IVY5661 96Boards
• BKK19-321 - FPGAs for Highest Performance Inference
• BKK19-319 - IOT CUBE BOX – New ST NBIOT IOT Platform
• BKK19-318 - Linux sensor device driver programming with 96Boards
• BKK19-317 - 96Boards Mezzanine Community Update
• BKK19-315 - Securing your next 96Boards design using Xilinx Zynq MPSoC
• BKK19-314 - Fedora IoT on 96Boards
• BKK19-313 - Arm on Arm Summit Wrapup
• BKK19-312 - Panel Discussion: Arm on Arm - Native Development on Arm for Deployment on Arm
• BKK19-311 - Getting Started with Arm-Based EC2 A1 Instances (Condensed)
• BKK19-308 - Low Power AI Edge Hardware
• BKK19-307 - SUSE Linux from A to Z: Arm from big to LITTLE
• BKK19-306 - Arm Neoverse software ecosystem and the open source strategy
• BKK19-305 - Empower the China Arm developers via Linaro Developer Cloud
• BKK19-304 - End2End: From Silicon to System Delivery
• BKK19-303 - SynQuacer use case update
• BKK19-302 - Designing a next generation ARM Developer Platform
• BKK19-301 - SMP Development on ARM Board
• BKK19-300K2 - KEYNOTE: Attack of the Millennial I.T. Buyer Hardware at Software Speed in the Age of GitHub
• BKK19-300K1 - KEYNOTE: Telling ARM stories through public data
• BKK19-219 - KernelCI New Generation
• BKK19-218 - Vanguard Astra - Petascale ARM Platform for U.S. DOE/ASC Supercomputing
• BKK19-217 - Experiences and lessons we learned using kselftest and potential improvements.
• BKK19-216 - Trusted Firmware Project update
• BKK19-215 - TPM in TEE
• BKK19-214 - Improvement and enhancement of LLVM for HPC
• BKK19-213 - TF-M Services on Multi-Core System
• BKK19-212 - LAVA community enabled testing
• BKK19-211 - Harmonizing open source test definitions
• BKK19-210 - Cross compilation with clang and LLVM tools.
• BKK19-209 - Challenging idle period predictions - Where are we ?
• BKK19-208 - Trusted Firmware M – what’s cooking?
• BKK19-207 - OpenAMP Libmetal Shared Memory Cross OS Interface
• BKK19-206 - Why the Next Generation of HPC systems Needs Open Source Driven Standardization
• BKK19-205 - The Practice of Cloud Native NFV Infrastructure Networking on Arm Platform
• BKK19-204 - Introduction to OpenAMP
• BKK19-203 - JVM on ARM. From sensor to cloud
• BKK19-202 - New Technologies in the Arm Architecture
• BKK19-201 - Arm-SVE enabled post-K processor for energy-efficiency and sustained application performance
• BKK19-200K2 - KEYNOTE: Open Source QA - what will it take to get to the next level
• BKK19-200K1 - KEYNOTE: Enabling vertical ecosystem to unleash the potential of diversified computing
• BKK19-121 - XDP for TSN
• BKK19-120 - LAVA Users Forum
• BKK19-119 - Device power management and idle
• BKK19-118 - LCG Lightning Talks
• BKK19-117 - Security WG Lightning talks
• BKK19-116 - Reliability, Availability, and Serviceability (RAS) on ARM64 status
• BKK19-115 - Android on Docker Containers in a Nutshell
• BKK19-114 - EAS Unit Testing
• BKK19-113 - Networking in Zephyr LTS and beyond
• BKK19-112 - Building the Linux kernel with Clang
• BKK19-111 - DRM HW Composer for Beagle X15 Board
• BKK19-110 - 96Boards CE Software Compliance - How and Why it is needed?
• BKK19-109 - Arm Server Manageability and OpenBMC
• BKK19-108 - Empowering High Performance User Space Network Stack on Arm
• BKK19-107 - LEDGE Overview and Goals
• BKK19-105 - gVisor Container on Arm64: Let‘s Talk about Our Progress!
• BKK19-104 - Latest storage status on Arm
• BKK19-103 - Autoware Introduction
• BKK19-102 - Enable debug tools on Golang for arm platform – (MSan & TSan)
• BKK19-101 - AArch64 and Apache Bigtop: empowering big data everywhere
• BKK19-100K - KEYNOTE: Opening Keynote

San19

• Remote Control Car with Dragonboard 410C and Mezzanine FPGA
• AlwaysAI - Object detection using the Dragonboard 845
• LAVA in a box
• Fedora31 running on the Rock960
• Avenger 96Board running debian Buster
• Autoware vision detection node running accelerated on a Arm platform
• Analog Devices 3D Time of Flight Development Platform
• Linaro donates OP-TEE to the Trusted Firmware Project
• SAN19-SWG11 - RPMB error handling (Sunset 1)
• SAN19-SWG10 - SVP issues and proposed DRM changes (Sunset 1)
• SAN19-SWG09 - CVE, CNA, Mitre (Sunset 1)
• SAN19-SWG08 - Richness of the TEE/OS (Sunset 1)
• SAN19-SWG07 - Abstract / protect high sensitive keys (Sunset 1)
• SAN19-SWG06 - SCMI, SPCI and StMM (Sunset 1)
• SAN19-SWG05 - Keymaster (Sunset 1)
• SAN19-SWG04 - Running a Fuzzer in OP-TEE? (Sunset 1)
• SAN19-SWG03 - Portability (Sunset 1)
• SAN19-SWG02 - OP-TEE’s Virtualization support (Sunset 1)
• SAN19-SWG01 - Encrypted Trusted Applications (Sunset 1)
• SAN19-515 - BoF: I just want to ride around in robo taxis, what can I do to help?
• SAN19-514 - Graal Compiler Optimizations on AArch64.
• SAN19-513 - Rust TrustZone SDK: Enabling Safe, Functional, and Ergonomic Development of Trustlets
• SAN19-512 - "Driving" innovation on Arm: lessons learned porting open-source autonomous driving stack
• SAN19-511 - Optimized Routines
• SAN19-510 - Is Chromium OS favorable for IOT Devices ?
• SAN19-508 - Community Driven Firmware Open Source Project
• SAN19-507 - HDCP and OP-TEE
• SAN19-506 - BuildKit: A next generation image builder toolkit
• SAN19-505 - Functional Safety: An Introduction
• SAN19-504 - Spelunking the new Fuchsia Operating System
• SAN19-503 - Video 4 Zephyr
• SAN19-502 - Optimizing “lean-forward” viewing experience on mobile platforms
• SAN19-501 - WPEWebKit, the WebKit port for embedded platforms
• SAN19-500K3 - : Panel: Convergence of Data Center Workloads on Supercomputers
• SAN19-500K1 - Keynote: Coccinelle: 10 Years of Automated Evolution in the Linux Kernel
• SAN19-425 - Hacking and contributing to LAVA
• SAN19-424 - Event Tracing and Pstore with a pinch of Dynamic debug
• SAN19-423 - Git tricks
• SAN19-422 - Advanced testing in python
• SAN19-421 - Training: Device power management for idle
• SAN19-420 - Qa-reports/squad BoF
• SAN19-419 - Why you should use the SCHED_IDLE CFS scheduling policy
• SAN19-418 - XRT - FPGA Acceleration Runtime API
• SAN19-417 - Performance Engineering for Arm Supercomputers
• SAN19-416 - Transforming kernel developer workflows with CI/CD
• SAN19-415 - DMA-Buf Developments
• SAN19-414 - Data Plane Acceleration Usage and Programming in Cloud Native NFV Infrastructure on Arm
• SAN19-413 - TEE based Trusted Keys in Linux
• SAN19-412 - Investigating generated code for HPC applications on AArch64 by GCC and LLVM
• SAN19-411 - Runtime Secure Keys in OP-TEE
• SAN19-410 - CoreSight: New Features and Ongoing Development
• SAN19-409 - An Update on Astra - Experiences running the First Petascale ARM Supercomputer
• SAN19-408 - Performance improvements in Open Source C/C++ Toolchains for Arm
• SAN19-407 - GNU prebuilt toolchain releases by Arm - What is changing?
• SAN19-406 - Secure Runtime Library on IoT Device
• SAN19-405 - How to lift an elephant with Arm
• SAN19-403 - Code size improvement work in TCWG
• SAN19-402 - **Cancelled** Virtualization for OP-TEE
• SAN19-400K2 - Keynote: Big Data on ARM in practice with ThunderX
• SAN19-400K1 - Keynote: Arm in HPC
• SAN19-314 - Developing with PetaLinux for the Ultra96 Board
• SAN19-313 - Using Python Overlays to Experiment with Neural Networks
• SAN19-312 - Arm Everywhere: A Demo of an Arm Cloud, Edge, and IoT Infrastructure
• SAN19-311 - TVM – An End to End Deep Learning Compiler Stack
• SAN19-310 - Rapid Prototyping with Click Expansion Boards
• SAN19-307 - Robotic Arm Control using Qualcomm RB3
• SAN19-306 - The Convergence of Big Data and AI
• SAN19-305 - The Transformation of Electronic Product Design
• SAN19-304 - Creating Deep Learning Infrastructure for the ARM-Based Flagship Supercomputer
• SAN19-303 - Private Seminar / Fire Side Chat on Open Source development and collaboration
• SAN19-301 - *** Cancelled *** Heather Meeker Legal Update
• SAN19-300K2 - Keynote: The Upstream Bubble
• SAN19-300K1 - Keynote: A64fx and Fugaku - A Game Changing, HPC / AI Optimized Arm CPU to enable Exascale Performance
• SAN19-227 - Technology For Everyone (Introductory)
• SAN19-226 - Enabling AOSP FBE for OP-TEE Keymaster
• SAN19-225 - Fuzzing embedded (trusted) operating systems using AFL
• SAN19-224 - Status of Lustre on ARM platforms
• SAN19-223 - Using Perf and its friend eBPF on Arm platform
• SAN19-222 - **Cancelled** Linux Kernel Mailbox API - 101
• SAN19-221 - Gcc under the hood
• SAN19-220 - Deep dive in the scheduler
• SAN19-219 - Upstreaming ARM64 SoC's easier than before
• SAN19-218 - Inference Engine Deployment on MCUs or Application Processors
• SAN19-217 - New Android requirements for bootloaders
• SAN19-216 - A view from industry: Securing IoT with Azure Sphere
• SAN19-215 - AI Benchmarks and IoT
• SAN19-214 - Deploying Armv8.x features on Android Runtime
• SAN19-213 - A Guide to enabling new Power Management & System Control Models via Arm SCMIv2.0
• SAN19-212 - LAVA users forum
• SAN19-211 - ONNX & ONNX Runtime
• SAN19-210 - Azure Sphere: Fitting Linux security into 4 MiB of RAM
• SAN19-208 - Arm NN - New features in 19.08 release
• SAN19-207 - SCMI server in secure world
• SAN19-206 - SVE/SVE2 support in LLVM and GNU toolchains
• SAN19-205 - Boost JVM apps by using GPU
• SAN19-204 - Road to SVE enablement in LLDB
• SAN19-203 - Trusted Firmware Project Update
• SAN19-202 - Secure boot extensions
• SAN19-201 - Bring Kubernetes to the Arm64 edge node by K3s
• SAN19-200K2 - Keynote: Securing the Billions of Devices Around Us
• SAN19-200K1 - Keynote: Challenges and Solutions to Scale IoT
• SAN19-121 - TF-M remote secure services with Zephyr
• SAN19-120 - Ceph tuning practice on aarch64 full HDD servers
• SAN19-119 - Status update on Qualcomm upstreaming
• SAN19-118 - Reliability, Availability, and Serviceability (RAS) on ARM64 status
• SAN19-117 - An Overview of the opensource Arm System Control Processor (SCP) Firmware Architecture
• SAN19-116 - Project Zephyr Security Update
• SAN19-115 - System Device Trees
• SAN19-114 - To control or not to control I/O?
• SAN19-113 - Bake the Firmware Right - Validate ACPI, UEFI and SBBR with Firmware Test Suite
• SAN19-112 - Intelligent Linux test suite
• SAN19-111 - RDK Updates - 64bit & Yocto thud support
• SAN19-110 - LCG Lightning talks
• SAN19-109 - Device Tree Evolution Project
• SAN19-108 - OpenAMP: Out-Of-Band Transmission of Large Buffers
• SAN19-107 - Secure Data Path on Linux and NXP i.MX 8M
• SAN19-106 - What’s new in VIXL 2019?
• SAN19-105 - Integrating UEFI services with ATF and u-boot FIT on mbed Linux
• SAN19-104 - LEDGE RP bootstrap
• SAN19-103 - Linux Kernel Functional Testing (LKFT) 2.0
• SAN19-102 - Porting Dual Core STM32 on Zephyr RTOS
• SAN19-101 - Thermal Governors: How to pick the right one
• SAN19-100K1 - Opening Keynote

Ltd20

• LTD20-404 LoRa Meets Zephyr
• LTD20-403 Update on LAVA Testing for bare metal systems
• LTD20-402 Power Management on Zephyr
• LTD20-308 Yocto Project Long Term Support (LTS)
• LTD20-205 System Device Tree Project
• LTD20-200 Heterogeneous Hardware-Accelerated OCI Containers & Secure OCI Containers
• LTD20-401 Opensource GPU Drivers BoF
• LTD20-305 Xen based Automotive Reference Stack using Yocto
• LTD20-207 Making Pi ServerReady: time for cheap Arm infrastructure be standards-compliant
• LTD20-201 Standards-based Approach for cloud, edge and client
• LTD20-400 Wayland and Weston: 8 years of production devices
• LTD20-307 Yocto Tricks and Hacks
• LTD20-306 Status of SoC support in the kernel
• LTD20-304 Improved Android Testing in LAVA with docker
• LTD20-303 Recent developments in I/O control and testing
• LTD20-302 TinyML as-a-Service
• LTD20-301 Virtio on Type-1 hypervisors
• LTD20-300 Empowering Edge Software Stack on Arm with High Performance Container Networking Technology
• LTD20-104 Make life easier for Big Data users on ARM - Our efforts and future plans
• LTD20-208 A New Way to Disrupt the Datacenter
• LTD20-200K Keynote: Trusted Firmware – Build Security Collaboratively
• LTD20-117 The Rust Programming Language: Origin, History and Why it's so important for Arm today
• LTD20-114 96Boards - Autoware: 1 year on
• LTD20-206 Detect Denial of Service on an Open Embedded Automotive Platform
• LTD20-204 The status of Tensorflow on Arm-based HPC
• LTD20-203 Putting developers first - Arm adds new developer solutions beginning with the Infrastructure software ecosystem
• LTD20-202 Arm64 Linux Kernel Architecture update
• LTD20-112 96Boards Drone Project
• LTD20-110 Enabling the Arm Morello Platform
• LTD20-108 Open up Arm toolchain release
• LTD20-106 State of ARM-based HPC
• LTD20-101 ML and AI at the edge with Google Coral, EdgeTPU and Cloud Platform
• LTD20-100K Keynote: A64FX: Power efficient design for HPC and AI

Lvc20

• LVC20-201 Boot-Time Tracing With Extra Boot Config
• LVC20-317 Analysis of ARM64's Competence for Oil&Gas Seismic Data Processing Applications
• LVC20-117 Everything you want to know about live migration on Arm64 Cloud
• LVC20-115 Performance Benchmarking and Tuning for Container Networking on Arm
• LVC20-105 Linaro Developer Cloud Update
• LVC20-118 SCMI server in TEE
• LVC20-304 LCG Lightning talks
• LVC20-303 State of Big Data and Data Science on ARM
• LVC20-112 PSA Secure Partitions in OP-TEE
• LVC20-110 Skin temperature management with hierarchical constraints
• LVC20-109 Arm core: Empower networking on SmartNIC
• LVC20-103 Compliance Testing for Edge and IoT
• LVC20-316 RunX: deploy real-time OSes as containers at the edge
• LVC20-314 System Device Tree update: Bus Firewalls and Lopper
• LVC20-313 GNU and LLVM toolchain - What's new and What's next?
• LVC20-312 On the new I/O-benchmarking framework being integrated in LKFT
• LVC20-310 Testing IoT Devices: Design and Progress from LITE Team
• LVC20-309 The Arm SMMU and the Adreno GPU
• LVC20-306 OpenAMP Community Project Update
• LVC20-302 Enable UEFI Secure Boot using OP-TEE as Secure Partition
• LVC20-300K Let’s Butcher Software Development Analytics together: So you don’t have to when it really counts
• LVC20-217 Open Source License Compliance with Yocto Project
• LVC20-216 TensorFlow and PyTorch on Arm Servers
• LVC20-213 Scalable Security Using Trusted Firmware-M Profiles
• LVC20-209 96Boards OSS GPU Drivers Show & Tell
• LVC20-206 Journey of EBBR compliance and NXP devices
• LVC20-203 Remote manageability on Arm architecture-based platforms
• LVC20-202 RoboCar Vision Perception Unit: Using Ultra96 Board and Autoware Stack
• LVC20-200K2 KEYNOTE (Part 2): Developing Rhea, the SiPearl European High-Performance Processor
• LVC20-200K1 KEYNOTE (Part 1): EPI, the European approach for Exascale ages. The road toward sovereignty
• LVC20-120 Status of Sound Open Firmware on i.MX8
• LVC20-114 Thermal management update
• LVC20-113 Trusted Firmware Project update
• LVC20-107 Towards Highly Specialized, POSIX-compliant Software Stacks with Unikraft
• LVC20-104 On the edge of the real world. An introduction.
• LVC20-101 Make BigData fly on Arm64 - Apache Arrow
• LVC20-308 Remoteproc/RPMSG subsystems update
• LVC20-219 Arm Virtualization fireside chat and project Stratos
• LVC20-218 GPIO and pinctrl
• LVC20-214 Arm Architecture 2020 Extensions
• LVC20-207 Innovation Drives the Future of openEuler
• LVC20-204 Encrypted firmwares and how to bake them right
• LVC20-200K KEYNOTE: Respect! (R-E-S-P-E-C-T!)
• LVC20-121 kubevirt on Arm64
• LVC20-119 Extending SCMI beyond Embedded
• LVC20-100K2 KEYNOTE: Why standardisation on the Edge is critical for success
• LVC20-100K1 Opening Keynote by Li Gong Linaro CEO
• LVC20-315 Using Rust in MCUboot
• LVC20-311 Benchmarking Android Runtime: past, present and future
• LVC20-307 Android Runtime Development Update 2020
• LVC20-215 ONNX Runtime ML engine on Arm
• LVC20-210 Running accelerated Neural Networks using Python and Arm NN
• LVC20-205 Running ACS on Arm's Neoverse Reference Design Platforms
• LVC20-111 Boost storage performance using SPDK on Arm
• LVC20-106 4G/4G virtual memory split in arm32 kernel
• LVC20-305 Secure Partition Manager (S-EL2 firmware) for Arm A-class devices
• LVC20-301 In Conversation with Todd Kjos - GKI v2
• LVC20-212 Let's Grow the 96Boards Community
• LVC20-211 Next evolutions for Linux scheduler
• LVC20-208 Arm NN - New features in 19.11 to 20.05 release
• LVC20-116 A Contributor's Guide to Parsec
• LVC20-108 Arm64 Linux Kernel Architecture update
• LVC20-102 Interrupt sub system in ARM boards using Xilinx Zynq Board

Lvc21

• LVC21-321: AArch64 Laptops for Linux Developers
• LVC21-320: Yocto: Binary Packages and the Ease of Use Continuum
• LVC21-319: GloDroid or boosting true open source Android stack development.
• LVC21-318: Open drivers for Arm GPUs
• LVC21-317: Modern Modem Support in Linux
• LVC21-316: Current Status of the 96Boards Mezzanine Ecosystem
• LVC21-315: Measured Boot Support in Trusted Firmware A class (TF-A) project
• LVC21-314: VirtIO on Xen hypervisor (Arm)
• LVC21-313: Bringing Stateless Video Decoder Support To Linux
• LVC21-312: Secure Partition Management in OP-TEE (pre 8.4 Cortex-A devices)
• LVC21-311: Virtualization for OP-TEE
• LVC21-310: Unifying Kernel Test Reporting with KernelCI
• LVC21-309: SVE & SVE2 in LLVM
• LVC21-308: Essential ARM Cortex-M Debugging with GDB
• LVC21-307: PSA-FF-A compliant Secure User Mode partition support for Arm platforms
• LVC21-306: X.509 Certificate Management with Zephyr/TF-M
• LVC21-305: OP-TEE as a Secure Partition running on SPM using ARMv8.4-A SEL2 feature
• LVC21-304: Linaro's contributions to GDB and LLDB in 2020
• LVC21-303: Secure Partition Manager evolution (Armv8.4 Secure EL2)
• LVC21-302: Integration Arm SPE in Perf for Memory Profiling
• LVC21-301: True Story: How Rust for AArch64 Linux became a Tier-1 target platform
• LVC21-300K2: Trusted Substrate Panel
• LVC21-300K1: Keynote: Can Embedded and IoT "Just Work"?​ - Standards, SystemReady and Linux
• LVC21-222: A networking chip at the heart of an Arm-on-Arm workstation?
• LVC21-221: Large Virtual Address support (52-bit) in ARM64 kernel
• LVC21-220: Generic image approach and LEDGE RP
• LVC21-219: Enabling Collaborative Processor Performance Control (CPPC) on Arm Platforms
• LVC21-218: Supporting Qualcomm wcn3680 on Android and upstream
• LVC21-217: Zephyr on Jailhouse Hypervsior
• LVC21-216: UEFI SecureBoot of LEDGE RP on ST32MP1, KEK provisioning and direct booting of Linux
• LVC21-215: PKCS#11 in OP-TEE
• LVC21-214: Booting linux on Arm’s CCIX enabled Quad-Chiplet Reference Design platform
• LVC21-213: 96Boards: progress on Autoware.IO PCU
• LVC21-212: Firmware Framework - M 1.1 feature update in Trusted Firmware - M
• LVC21-211: Boosting Application Performance on Arm Data Centers
• LVC21-209: 96Boards, Drones and PX4
• LVC21-208: Embracing High Performance Flash Storage with Arm
• LVC21-207: Standard Firmware Updates on Arm
• LVC21-206: SecGear Unified Confidential Computing Framework
• LVC21-205: Firmware update service in TF-M
• LVC21-204: New Apache Bigtop 1.5 and Wikimedia: Empower BigData in the real world
• LVC21-203: Xbyak_aarch64; Just-In-Time Assembler for Armv8-A and Scalable Vector Extention
• LVC21-202: Compass CI ,a Developer Friendly OSS Test Service
• LVC21-201: Security Working Group (SWG) Lightning Talk
• LVC21-200K2: Keynote: Open Source in Heavy Machines - How we work with Open Source @ Bosch Rexroth
• LVC21-200K1 KEYNOTE: Building the Future of Pervasive, Collaborative Intelligence with ARM and Open
• LVC21-200K3 Keynote: Android Automotive OS
• LVC21-200K3 Keynote: Android Automotive OS
• LVC21-123: Qualcomm upstream status update
• LVC21-122: Trust Ain't Easy: Challenges of TEE Security
• LVC21-121: Firmware Configuration Framework and Chain of Trust in TF-A
• LVC21-120: Moving to DMA BUF Heaps: Now is the time!
• LVC21-119: The Qualcomm IPA Driver
• LVC21-118: ASLR in OP-TEE
• LVC21-117: SystemReady-IR in practice
• LVC21-116: Physical Attack Mitigation
• LVC21-115: SystemReady SR and ES: Standards for servers and the Edge
• LVC21-114: The Case for UEFI Boot on Arm-powered IoT Devices (Again)
• LVC21-113: TensorFlow Lite Delegates on Arm-based Devices
• LVC21-112: Devicetree BOF
• LVC21-111: KWG lightning and office hours
• LVC21-110: µTVM Introduction and Project Update
• LVC21-109: Introducing the Trusted Services project
• LVC21-108: Devicetree State of the Union: Four Perspectives
• LVC21-107: SoC tree -- office hours
• LVC21-106: Consistent and Portable Linux Builds with TuxMake
• LVC21-105: Machine Learning on Arm Servers - An update
• LVC21-104: Trusted Firmware Project update
• LVC21-103: A Journey Towards a Smart Scalable HPC for AI
• LVC21-102: Functional Safety for FOSS - Xen Project journey
• LVC21-101: LCG Lightning Talks
• LVC21-100K2 Keynote: AI & 5G Enabling the Next Generation of Robotics
• LVC21-100K2 Keynote: AI & 5G Enabling the Next Generation of Robotics

Armcca

• TF-A Monitor Firmware (deep dive)
• Software & Firmware Architecture
• Introduction to the Arm Confidential Compute Architecture
• Developer Resources
• Confidential Compute, what’s it all about? (Panel discussion)
• Attestation architecture

Lvc21f

• Supporting Complex MIPI DSI Bridges in a Linux system
• Qualcomm Robotics RB5 development kit
• PKCS#11 in OP-TEE
• Orchestrating Autoware on Edge
• openEuler & Friends on Arm Datacenter
• Linaro and Linux mobile on the OnePlus 6
• Getting started with the Qualcomm Robotics RB5 development kit
• Finding Security Vulnerabilities on the Firmware Hardware Boundary in an Arm CPU based SoC
• LVC21F-321 The LLVM Embedded Toolchain for Arm, a new open source toolchain
• LVC21F-319 TVM for micro targets
• LVC21F-318 Testing TensorFlow AARCH64 packages
• LVC21F-317 Rust for Linux
• LVC21F-316 KWG lightning talk
• LVC21F-315 YAML as a new Device Tree source format
• LVC21F-314 Standardizing the Arm servers side-band management interface
• LVC21F-313 A firmware journey through standards to Arm SystemReady certification
• LVC21F-312 TrustedFirmware.org panel discussion
• LVC21F-311 Overview of Firmware Architecture for Arm CCA
• LVC21F-310 The best practice for the SystemReady IR
• LVC21F-309 SystemReady Panel
• LVC21F-308 Universal opensource gralloc for Android. Concepts from the GloDroid team.
• LVC21F-307 Leveraging the past for the future of AOSP devboards
• LVC21F-306 AOSP Currency
• LVC21F-305 LEDGE RP as a development environment for secure boot
• LVC21F-304 ACPI overlays for embedded devices
• LVC21F-303 Secure Sensor Data Pipeline
• LVC21F-302 Is the Distro (Still) Relevant in Embedded Linux?
• LVC21F-301 Python on Windows on Arm - Initial Progress Report and Discussion
• LVC21F-300K2 Keynote: Windows on Arm panel
• LVC21F-300K1 Keynote: Innovation and disruption of software and hardware architecture in automotive
• LVC21F-224 Gunyah Open Source Hypervisor" a modern scalable virtualization framework
• LVC21F-223 Demystifying Linux MIPI DSI Bridge Subsystem
• LVC21F-222 Upstreaming the Qualcomm modems in Linux Kernel - SDX55 case study
• LVC21F-221 Demystify Memory Management in ARM Linux systems
• LVC21F-220 Opensource Database Ecosystem on ARM
• LVC21F-219 Tips and Tricks to tune your software for ARM
• LVC21F-218 De-mystifying GFX-virtualization with VirGL
• LVC21F-217 Shared Virtual Addressing for high performance Arm Infrastructure platforms
• LVC21F-216 AArch64 UEFI & ACPI on Cloud Hypervisor: A step further to modern virtualization
• LVC21F-215 96Boards CEv2 Specification Intro
• LVC21F-214 96Boards, Drones and PX4 Update
• LVC21F-213 Developing to deploying TinyML models in minutes!
• LVC21F-212 Development of Deep Learning Library for AArch64 CPU
• LVC21F-211 Tiny ONNC: MLIR-based AI compiler for ARM IoT devices
• LVC21F-210 TF-M implementation update of FF-M 1.1 new features
• LVC21F-209 Interrupt Handling in Trusted Firmware M
• LVC21F-208 Floating-point support in Trusted Firmware–M
• LVC21F-207 Firmware first error handling on Arm Neoverse Reference design platforms.
• LVC21F-206 Arm Datacenter Ecosystem Landscape - A Centralized Info Hub For All Arm Developers
• LVC21F-205 Performance Optimization of ceph all-flash Based on aarch64
• LVC21F-204 Secure Container Runtime on ARM
• LVC21F-203 The Progress for Distributed Storage on Arm64
• LVC21F-202 BIGTOP 3.0 with the upgraded Mpack: New era of BigData Distribution
• LVC21F-201 Apache Arrow: A unified language across Big Data
• LVC21F-200K2 Keynote: Linaro's Next Decade: Scaling the ARM Ecosystem for 20x Growth
• LVC21F-120 Berets: Open-design, cross-platform robotics carrier boards
• LVC21F-119 Master your PipeWire streams with WirePlumber
• LVC21F-118 Firmware Standards and Security
• LVC21F-117 Secure Partition Manager for Arm Cortex-A
• LVC21F-116 Assessing the effectiveness of MCUBoot protections against fault injection attacks
• LVC21F-114 LVC21F-114 Enhance Linux Kernel protection with Trusted Execution Environment
• LVC21F-113 Arm Architecture 2021 Extensions
• LVC21F-112 Picolibc: A C Library for Smaller Systems
• LVC21F-111 Fleet Monitoring Solutions for IoT
• LVC21F-110 Performance improvements on Qualcomm SoCs
• LVC21F-109 Qualcomm upstream status update
• LVC21F-108 Advanced KMS: virtualized planes as a way to hide hardware implementation details
• LVC21F-107 Unleashing the performance of multi-actuator drives
• LVC21F-106 Sound Open Firmware meets Zephyr
• LVC21F-105 CI/CD/CC: open source compliance integrated in development.
• LVC21F-103 Building, booting, and testing Linux with 1 command (locally and at scale)
• LVC21F-102 A 2021 update on LKFT
• LVC21F-101 CodeLinaro Integrated
• LVC21F-100K2 Keynote: The CodeLinaro Story
• LVC21F-100K1 Keynote: From Mobile to Automotive: Delivering Intelligent, Next-Gen Digital Cockpit Solutions
• LVC21-100K Keynote: Broadening the Hyperscalers Landscape
• LVC21-100: Welcome message from Rob Booth, Linaro COO