Hackathon
SINDAN Hackathon
Japanese
Coordinator
石原知洋 (東京大学)
/ Tomohiro Ishihara (The University of Tokyo)
Date/Time
2020/06/05 (Fri) 13:00 ~ 17:30
Online Room
Announced in the Slack #general channel
Etherpad
Slack channel
Description
SINDAN ワーキンググループでは、マルチレイヤでのネットワーク接続性チェックをおこなう SINDAN システムを開発しています。SINDAN hackathon ではこの SINDAN システムの新規機能のディスカッションと開発をおこないます。現在、課題として挙げられている項目は下記のとおりです。
みなさんの参加をお待ちしております。
- 計測項目の追加検討
- 計測エージェントのマルチプラットフォーム対応 （Android, Windows)
- ネットワークに影響を与えない可用帯域計測
- 計測結果の可視化
- ポートスキャンによるネットワークスペックの計測
- 複数計測エージェント運用のためのマネージャー開発
- 計測結果のパブリックでの共有（プライバシーへの配慮含む）
みなさんの参加をお待ちしております。
Prerequisits
なし。
Quantum Hackathon
C++, English, Japanese
Coordinator
Rodney Van Meter (Keio University)
Date/Time
2020/06/05 (Fri) 13:00 ~ 17:30
2020/06/06 (Sat) 13:00 ~ 16:30
Online Room
Announced in the Slack #general channel
Etherpad
Slack channel
Description
The Quantum Internet Simulation Package (QuISP) is
an open-source simulator for quantum repeater
networks. Quantum repeater networks are expected to
improve communication security, increase the
accuracy of sensors such as interferometers and
applications that use high-precision clock
synchronization, and enable distributed quantum
computation. Our rule-based network protocol
operates on a condition-action principle akin to the
match-action approach of software-defined
networking.
In this hackathon, we will use QuISP, and if there is time we will work on extending the simulator. Most attendees will likely be complete newcomers to quantum networking, so we will have two tracks: the scenic view trail for newcomers, and the hacking-a-new-trail track for old hands.
Please join us!
In this hackathon, we will use QuISP, and if there is time we will work on extending the simulator. Most attendees will likely be complete newcomers to quantum networking, so we will have two tracks: the scenic view trail for newcomers, and the hacking-a-new-trail track for old hands.
Please join us!
Source code
Prerequisits
No quantum knowledge is necessary, but joiners should
install OMNeT++ (https://omnetpp.org/)
before the kenkyuukai, if possible.
This is the most time-consuming step in installing QuISP. The installation instructions for QuISP (https://github.com/sfc-aqua/quisp/blob/master/doc/INSTALL.md) include additional trouble-shooting information. https://github.com/sfc-aqua/quisp/blob/master/doc/INSTALL.md
This is the most time-consuming step in installing QuISP. The installation instructions for QuISP (https://github.com/sfc-aqua/quisp/blob/master/doc/INSTALL.md) include additional trouble-shooting information. https://github.com/sfc-aqua/quisp/blob/master/doc/INSTALL.md
SCTPv2 Hackathon
Japanese
Coordinator
小塚真啓 (岡山大学)
/ Masahiro Kozuka (Okayama University)
Date/Time
2020/06/05 (Fri) 14:00 ~ 17:30
2020/06/06 (Sat) 13:00 ~ 16:30
Online Room
Announced in the Slack #general channel
Etherpad
Slack channel
Description
SCTP is the transport protocol which allows us to use more than one address simultaneously to achieve both the multi-homing and the mobility. However, it was created without the recent innovations such as the built-in authentication/encryption, the NAT traversal, and RACK. We try to fulfill these shortcomings by importing the great ideas of QUIC version 1. See also https://github.com/masa-koz/SCTPv2.
Prerequisits
May be better to get familiar with RFC4960 and IETF QUIC I-Ds such as draft-ietf-quic-transport.
Internet Health Report Hackathon
English
Coordinator
Romain Fontugne (Internet Initiative Japan)
Date/Time
2020/06/05 (Fri) 13:00 ~ 17:30
2020/06/06 (Sat) 13:00 ~ 16:30
Online Room
Announced in the Slack #general channel
Etherpad
Slack channel
Description
The Internet Health Report
(IHR:
https://ihr.iijlab.net)
monitors conditions of networks that compose the
Internet. This effort aims to provide network operators,
policymakers, and other stakeholders, with a better
understanding of the Internet's infrastructure and its
evolution. In this hackathon we are planning to develop
new visualization and analysis tools for the large
datasets produced by IHR. This is a great opportunity to
learn about network measurements, and develop practical
open source tools for network operators, researchers,
and Internet users.
Prerequisits
May be better to get familiar with IHR website and API:
https://ihr.iijlab.net
SDN IXP with Diagraming and Push-on-green
English
Coordinator
Marc Buruyere, Chirostoff Visser (Internet Initiative Japan)
Date/Time
2020/06/05(Fri) 13:00-15:00
Online Room
Announced in the Slack #general channel
Etherpad
Slack channel
Description
IXPs are central elements of the Internet
ecosystem. Like any other network operators, IXP
operators are looking at the best trade-off between best
of automation, performance, and scalability and those at
minimum cost.
Diagramming is commonly the ultimate task of any variation in the networking infrastructure. We propose to change drastically the way IXP operators will design and manage their networks. Our approach applies the best practice provisioning, followed by a Zero-Touch "Drag and Drop" network planning and design.
We decided to enhance IXP-Manager with the Umbrella OpenFlow architecture supported by the OpenFlow FAUCET controller. Umbrella is OpenFlow switching fabric architecture explicitly developed for IXPs.
Testing any change before going live is important. We introduce a Push-On-Green module, where the real production states including the modifications can be fully tested.
This approach dramatically simplifies the management of the fabric. Operators are provisioning and representing their full architecture through a visual diagram editor before testing and push in production any change.
We propose an Hands-On session, where participants will connect to a VMs to manipulate themselves a full process, adding new hosts or switches at an IXP thru the single interface.
Diagramming is commonly the ultimate task of any variation in the networking infrastructure. We propose to change drastically the way IXP operators will design and manage their networks. Our approach applies the best practice provisioning, followed by a Zero-Touch "Drag and Drop" network planning and design.
We decided to enhance IXP-Manager with the Umbrella OpenFlow architecture supported by the OpenFlow FAUCET controller. Umbrella is OpenFlow switching fabric architecture explicitly developed for IXPs.
Testing any change before going live is important. We introduce a Push-On-Green module, where the real production states including the modifications can be fully tested.
This approach dramatically simplifies the management of the fabric. Operators are provisioning and representing their full architecture through a visual diagram editor before testing and push in production any change.
We propose an Hands-On session, where participants will connect to a VMs to manipulate themselves a full process, adding new hosts or switches at an IXP thru the single interface.
Prerequisits
- A Web Browser and a Terminal.
- The latest version of the VirtualBox must be installed.
- A Virtual Machine Image should be downloaded and installed in advance.