This slide covers setting-up a two-node ONOS cluster, mainly for quick-try and demo purposes. While it is enough for some experimentations, this two-node arrangement is not something technically right (from technical perspectives - see comments by jordan / andrea in the thread pointed at slide 7). Thus, tests with node failures are not addressed and saved for the next hardware upgrade.

DevStack is a set of scripts and utilities to quickly deploy an OpenStack cloud from git source trees. While it is useful for development, OpenStack users and learners can also use DevStack to try and make small cloud experiments. This slide covers DevStack installation procedure and basic OpenStack operations via the Horizon dashboard and via the OpenStack Client.

This slide is based on the official Basic ONOS Tutorial, which is recently updated to the most recent version (1.12.0 Magpie - as of writing). The tutorial introduces the main concept and many aspects offered by ONOS, including controller instance clustering and basic operations via Web UI and CLI (Command Line Interface).

ONOS provides the control plane for a software-defined network (SDN), managing network components, such as switches and links, and running software programs or modules to provide communication services to end hosts and neighboring networks. ONOS applications and use cases often consist of customized communication routing, management, or monitoring services for software-defined networks.

Learning introductory SDN concept with Mininet is mostly enough. But sometimes it is nice to have a mobile, small-scale SDN lab for showcase and live demo sessions in the class. Below you'll find a short guide to 'convert' a raspberry pi (RPI2) to a 4-port OpenFlow Open vSwitch. For this purpose, you'll need 4x USB-to-RJ45 adapter.

If you're new to OpenDaylight environment and try to follow the getting started guide at the official documentation page, you'll spend hours. In the worst case, it might take your entire weekend. :-) This short tutorial is a 'working' version of the official development getting started guide. Note that versions do matter. I've spent hours trying to get everything work for Nitrogen before I read this thread. It's still broken for Nitrogen. This guide is based on OpenDaylight Carbon.

Sometimes it's handy to have some stuff packed in a small RPI board e.g. for demonstration purposes and the like. The following short tutorial is about preparing a 'network' box, consisting Mininet and related stuff. You will need a RPI2 or RPI3, with Ubuntu 16.04 server installed.

OpenDaylight (ODL) is a modular open platform for customizing and automating networks of any size and scale. The OpenDaylight Project arose out of the SDN movement, with a clear focus on network programmability. It was designed from the outset as a foundation for commercial solutions that address a variety of use cases in existing network environments.

Mininet provides a virtual test bed and development environment for SDN. Mininet networks run real code including standard Unix/Linux network applications as well as the real Linux kernel and network stack. Mininet provides an extensible Python API for network creation and experimentations. Ref: [MININET - Open Networking Foundation]

Remark.js is a flexible, browser-based presentation platform similar to the popular reveal.js except that it's more lightweight and easier to customize. Remark is targeted at people who know their way around HTML and CSS. And since it's based on the web, anything doable in the browser can play together with remark, mostly at minimum efforts. So if you're a Jedi of the web skills, only the sky is the limit.

Konsep NFV (Network Functions Virtualization) berawal dari para operator/telco yg mencari jalan untuk mempercepat implementasi layanan baru jaringan untuk mendukung strategi bisnis dan pertumbuhan pendapatan mereka. Salah-satu hambatan signifikan yg mereka rasakan adalah ketergantungan terhadap hardware-based appliance.

ONOS (Open Network Operating System) merupakan sistem operasi jaringan sumber terbuka dengan teknologi SDN yg berorientasi pada jaringan operator (carrier-grade service provider). ONOS didisain dengan filosofi HA (high availability), kinerja tinggi (HP - high performance) dan kemampuan scale-out yg baik.