Useful links:
Steps for QoS attribute mapping using ODL NIC: https://wiki.opendaylight.org/view/Network_Intent_Composition:Beryllium_Planning:QoS_Attribute_Mapping
Do you have an SDN app idea? Give your 5-minute pitch to the "Dragons" of Networking - leading developers and technologists from OpenDaylight and the industry-at-large who will evaluate and provide feedback on the technical viability and real-world applicability for your SDN app idea.
As you develop your idea for the Dragon's Den, keep in mind that your idea should have a clear vertical sector (service provider, banking, higher education, etc.) and a specific target user (enterprise network adminstrator, devops, database manager or an end user such as bank teller, professor, student, etc.). Remember to define why that user would want your app (what problem does it solve or what opportunity does it open). Be able to explain why an SDN approach will improve outcomes for the user as compared to existing methods for addressing the challenge.
Join us and see if you have what it takes to impress the Networking Dragons!
To add this to your existing OpenDaylight Summit registration, please click here.
*There is no cost to attend but you must be registered for the Summit and be wearing your badge. Reporters and other attendees are welcome to attend but we ask that you please register in advance.
Complimentary food and beverages including beer and wine will be available.
Cisco dCloud is a self-service platform enabling the Internet community to experience and run applications and solutions. The dCloud catalog includes an extensive suite of ODL applications. Each is tested, documented and deployed in a virtual environment on a specific ODL release attached to the appropriate network (e.g. IP/MPLS, Openflow, VPP, etc.)
This talk will briefly overview dCloud, the supported ODL applications and releases and then show a brief demonstration.
The overarching goal is to maximize the discovery potential of scientific collaborations through the development of revolutionary open source products and methods in the SDN, virtualization and global system operation and optimization space. This will be accomplished by exploiting and contributing to the remarkable synergy emerging between: Deeply programmable software-defined agile and adaptive network infrastructures that are emerging as multi-service multi-domain network “operating systems” interconnecting next generation Science DMZs, and the systems developed by the data intensive science programs harnessing global workflow, scheduling and data management systems. While the initial focus will be on the challenging LHC use case, the products developed will be general, and apply to many fields of data intensive science. These will be informed by the LSST and bioinformatics/genomics use cases, which will be explored during the latter part of the project.
We will construct autonomous, intelligent site-resident services that dynamically interact with network-resident services, and with the science programs’ principal data distribution and management tools, to request or command network resources in support of high throughput petascale to exascale workflows, using:
smart middleware to interface to SDN-orchestrated data flows over network paths with guaranteed bandwidth all the way to a set of high performance end-host data transfer nodes (DTNs),
protocol agnostic SDN-based QoS and traffic shaping services at the site egress that will provide stable, predictable data transfer rates, and auto-configuration of data transfer nodes, and
host- and site agent systems coupled to machine learning methods
At the core of SDN-NGenIA is an OpenDaylight controller using Application Level Traffic Optimization (ALTO) and a Min-max Fair Resource Allocation algorithm-set under development together with the group of Y. Yang et al. at Yale.
The accumulated knowledge of this development program also will serve to inform the design of the following generations of distributed petabit/sec systems, including continental scale instruments such as SKA, and the exascale computing systems of the next decade harnessing zettabyte datasets.
Join us at the Experience Music Project (EMP) Museum in Seattle for a night of music, mingling and merriment! The night will include food, beverages, plenty of tunes and networking as well as access to the North EMP Galleries.
The EMP Museum is located at 325 5th Ave. N, Seattle, WA 98109 and is not walkable from the Meydenbauer Center. Buses will depart the Center beginning at 6:15pm on Tuesday evening and run on a loop to transfer guests to the Museum. Buses will begin a loop back to Bellevue beginning at approximately 8:30pm.
*All attendees of the Summit are welcome at this event - please ensure you are wearing your badge prior to boarding a bus and entering the museum.
This talk walks through the evolution of Google’s SDN-based networking infrastructure, from building an SDN-based WAN (B4), to allocating wide area bandwidth amongst thousands of individual applications based on centralized policy management (BwE), to creating building-scale data center fabrics (Jupiter). We will discuss how technologies were cross leveraged in building these networks, the operational challenges faced, and the lessons learned.
Join us for fun and games at the conclusion of Day One of the Developer Design Forum! An evening reception will be held at Lucky Strike where hors d'oeuvres will be served and beverages available as you while away the night bowling, playing pool and talking shop.
Lucky Strike is located in Lincoln Square, 700 Bellevue Way NE, Suite #250, Bellevue, WA 98004 - about a 10 minute walk from the Meydenbauer Center. Buses will be available on a loop to and from the venue beginning at 6:15pm from the Center should you choose not to walk.
This is for attendees of the Developer Design Forum only.
