Open Source Summit Japan 2020
Opens Jan 21 2020 09:00 AM (PST)
Deadline May 31 2020 11:59 PM (PDT)
Description


September 15-16 | Tokyo, Japan

Open Source Summit Japan is the leading conference in Japan connecting the open source ecosystem under one roof, providing a forum for technologists and open source industry leaders to collaborate and share information, learn about the latest in open source technologies and find out how to gain a competitive advantage by using innovative open solutions.

Dates to Remember:

  • CFP Closes: 11:59 PM PST on Sunday, May 31
  • CFP Notifications: Thursday, July 2
  • Schedule Announcement: Tuesday, July 7
  • Slide Due Date: Thursday, September 10
  • Event Dates: Tuesday, September 15 - Wednesday, September 16

Tracks & Suggested Topics:

Linux Systems

  • Filesystems and Storage
  • Linux Kernel Development (Advanced & Beginner)
  • Mission-Critical, Real-Time Operating Systems, Real-Time, and Long Life Systems, Scientific & Medical
  • Programming Languages and Toolchains
  • Networking
  • RISC-V
  • Tracing
  • Scheduler
  • VFIO/ IOMMU/ PCI
  • Testing & Fuzzing
  • System Boot and Security
  • Live Patching
  • BPF
  • RDMA
  • Power Management 
  • Containers and Checkpoint/Restore
  • Distribution Kernels & Distros Considerations for Servers, Desktops, etc
  • Linux on the Desktop

Open Source Dependability

  • Safety Considerations when Developing Products Based on Open Source
  • Handling Security Issues in Safety-Critical Applications
  • Certifications – Lessons learned Applying to Open Source Projects 
  • Hardening and Maintainability of Products Based on Open Source Software
  • Testability and Stability of Products Based on Open Source
  • Best Practices for Handling Vulnerabilities in Open Source Projects
  • Security Vulnerability Scanning Techniques 
  • Vulnerability Classification and Mitigations
  • Sandboxing and Code Isolation

AI/ML/DL

  • Machine and Deep Learning (Framework, Libraries, Platform, Tools)
  • Reinforcement Learning 
  • Natural Language Processing
  • AI on the Edge
  • Model (Benchmarking, Training, Parameter, Format, Marketplace, Workflow, Inference, Tools)
  • Notebook Environments 
  • Data (Versioning, Format, Pipeline Management, Stream Processing, SQL Engines, Feature Engineering, Visualization, Governance, Labelling)
  • Security and Privacy
  • Trusted and Responsible AI (Explainability, Adversarial, Bias, Fairness)

Embedded & IoT

  • Audio, Video, Streaming Media and Graphics
  • System Size
  • Boot Speed
  • Real-Time Linux – Performance, Tuning and Mainlining
  • SDKs for Embedded Products
  • Flash Memory Devices and Filesystems
  • Build Systems, Embedded Distributions and Development Tools
  • Linux in Devices such as Mobile Phones, DVRs, TV, Cameras, etc
  • Use of Linux in Automotive
  • Drones and Robots
  • Linux in the Internet of Things and Edge Computing
  • Practical Experiences and War Stories
  • Standards
  • Public Infrastructure
  • Outside world meets IoT RTOSes
    • NTP and synchronization
    • Sensor interaction
    • Connected sensors
    • EMF/RFI impact
    • Power and other resource constraints 
    • Code footprint minimization
  • Open Source Firmware
    • Secure Bootloaders & Firmware
    • Trusted update support
    • Open Hardware support
  • Power, Footprint & Configuration management
  • Communication technologies and secure communication to the Edge
  • Considerations for use in Sandboxes and Non-Linux virtualization
  • Edge Computing Considerations

Cloud Infrastructure

  • Open Cloud Infrastructure
  • Multi-cloud
  • Containers and Distributed Edge
  • Virtualization
  • Container and Infrastructure Security

Leadership & Management

  • Community & Business Leadership
    • Incentivization and Engagement
    • Software Development Methodologies and Platforms
    • Building Internal Innersource Communities
    • Remote Team Management and Methods
    • Bug/Issue Management and Triage
    • Communication Platforms and Methods
    • Open Source Governance and Models
    • Mentoring and Training
    • Event Strategy
    • Content Management and Social Media
    • DevOps Culture
    • Community Management
    • Advocacy and Evangelism
  • Open Source Program Office Management
    • Creation and Best Practices of Open Source Program Offices (OSPOs)
    • Consuming and Contributing to Open Source
    • Managing Competing Corporate Interests while Driving Coherent Communities
    • How to Vet the Viability of OS Projects
    • Open Source + Startup Business Models
    • Internal vs External Developer Adoption
    • Handling License Obligations in Organizations

Wildcard

  • Open Source Project Updates
  • WebAssembly (Wasm)
  • Emerging Platforms (Software & Hardware)
  • Networking & Orchestration
  • Blockchain
  • Open Hardware
  • Open Source Project Updates

Apply

Open Source Summit Japan 2020



September 15-16 | Tokyo, Japan

Open Source Summit Japan is the leading conference in Japan connecting the open source ecosystem under one roof, providing a forum for technologists and open source industry leaders to collaborate and share information, learn about the latest in open source technologies and find out how to gain a competitive advantage by using innovative open solutions.

Dates to Remember:

  • CFP Closes: 11:59 PM PST on Sunday, May 31
  • CFP Notifications: Thursday, July 2
  • Schedule Announcement: Tuesday, July 7
  • Slide Due Date: Thursday, September 10
  • Event Dates: Tuesday, September 15 - Wednesday, September 16

Tracks & Suggested Topics:

Linux Systems

  • Filesystems and Storage
  • Linux Kernel Development (Advanced & Beginner)
  • Mission-Critical, Real-Time Operating Systems, Real-Time, and Long Life Systems, Scientific & Medical
  • Programming Languages and Toolchains
  • Networking
  • RISC-V
  • Tracing
  • Scheduler
  • VFIO/ IOMMU/ PCI
  • Testing & Fuzzing
  • System Boot and Security
  • Live Patching
  • BPF
  • RDMA
  • Power Management 
  • Containers and Checkpoint/Restore
  • Distribution Kernels & Distros Considerations for Servers, Desktops, etc
  • Linux on the Desktop

Open Source Dependability

  • Safety Considerations when Developing Products Based on Open Source
  • Handling Security Issues in Safety-Critical Applications
  • Certifications – Lessons learned Applying to Open Source Projects 
  • Hardening and Maintainability of Products Based on Open Source Software
  • Testability and Stability of Products Based on Open Source
  • Best Practices for Handling Vulnerabilities in Open Source Projects
  • Security Vulnerability Scanning Techniques 
  • Vulnerability Classification and Mitigations
  • Sandboxing and Code Isolation

AI/ML/DL

  • Machine and Deep Learning (Framework, Libraries, Platform, Tools)
  • Reinforcement Learning 
  • Natural Language Processing
  • AI on the Edge
  • Model (Benchmarking, Training, Parameter, Format, Marketplace, Workflow, Inference, Tools)
  • Notebook Environments 
  • Data (Versioning, Format, Pipeline Management, Stream Processing, SQL Engines, Feature Engineering, Visualization, Governance, Labelling)
  • Security and Privacy
  • Trusted and Responsible AI (Explainability, Adversarial, Bias, Fairness)

Embedded & IoT

  • Audio, Video, Streaming Media and Graphics
  • System Size
  • Boot Speed
  • Real-Time Linux – Performance, Tuning and Mainlining
  • SDKs for Embedded Products
  • Flash Memory Devices and Filesystems
  • Build Systems, Embedded Distributions and Development Tools
  • Linux in Devices such as Mobile Phones, DVRs, TV, Cameras, etc
  • Use of Linux in Automotive
  • Drones and Robots
  • Linux in the Internet of Things and Edge Computing
  • Practical Experiences and War Stories
  • Standards
  • Public Infrastructure
  • Outside world meets IoT RTOSes
    • NTP and synchronization
    • Sensor interaction
    • Connected sensors
    • EMF/RFI impact
    • Power and other resource constraints 
    • Code footprint minimization
  • Open Source Firmware
    • Secure Bootloaders & Firmware
    • Trusted update support
    • Open Hardware support
  • Power, Footprint & Configuration management
  • Communication technologies and secure communication to the Edge
  • Considerations for use in Sandboxes and Non-Linux virtualization
  • Edge Computing Considerations

Cloud Infrastructure

  • Open Cloud Infrastructure
  • Multi-cloud
  • Containers and Distributed Edge
  • Virtualization
  • Container and Infrastructure Security

Leadership & Management

  • Community & Business Leadership
    • Incentivization and Engagement
    • Software Development Methodologies and Platforms
    • Building Internal Innersource Communities
    • Remote Team Management and Methods
    • Bug/Issue Management and Triage
    • Communication Platforms and Methods
    • Open Source Governance and Models
    • Mentoring and Training
    • Event Strategy
    • Content Management and Social Media
    • DevOps Culture
    • Community Management
    • Advocacy and Evangelism
  • Open Source Program Office Management
    • Creation and Best Practices of Open Source Program Offices (OSPOs)
    • Consuming and Contributing to Open Source
    • Managing Competing Corporate Interests while Driving Coherent Communities
    • How to Vet the Viability of OS Projects
    • Open Source + Startup Business Models
    • Internal vs External Developer Adoption
    • Handling License Obligations in Organizations

Wildcard

  • Open Source Project Updates
  • WebAssembly (Wasm)
  • Emerging Platforms (Software & Hardware)
  • Networking & Orchestration
  • Blockchain
  • Open Hardware
  • Open Source Project Updates

Apply
Opens
Jan 21 2020 09:00 AM (PST)
Deadline
May 31 2020 11:59 PM (PDT)