Open Source take on an increasingly important role in variety of industries and Fujitsu has been working with variety of open source communities. In this session, Kenji will talk about why and how Fujitsu has been working with Open Source communities and next steps.
VNF sizing is one of the big issues for users, integrators and also venders/providers of VNF. In legacy system, network functions are integrated in the systems with carefully sizing by estimated performance metrics, but in NFV, performance and metrics of VNF are depends on flavors. To decide which flavor is suitable for requirements, we have to know the basic data of each metrics with variable flavors. But there are many parameters, so automatic testing is necessary.
We had developed the test automation system of VNF that can automatically conducting the sequence of tests with variable parameters such as number of core, memory size, interface speed, etc. We already created the test cases that evaluate BGP interoperability of virtual router and performance test of Cisco, Juniper, Brocade, and so on. We think the activity is similar to Yardstick, so we would like to collaborate with them. In this talk, we summarize our activities and development result, and introducing our latest plan to collaborate with OPNFV.
Are you a developer who wants to learn about the Internet of Things (IoT)? Do you want to retrieve data from Internet-connected sensors for applications in home automation, healthcare, automotive, government and more? Do you want to control sensors and devices remotely from cloud, mobile, or desktop applications? In this IoT workshop you will use an IoT prototyping kit (that is yours to keep) to learn how to program a microcontroller (the “Thing” in IoT) that uses a variety of physical sensors such as light and temperature sensors; control switches; servos; and motors.
You will learn how to connect this “Thing” to Microsoft Azure IoT services to both collect data and issue control commands to the devices. Once you master prototyping the hardware and connecting it to the Cloud, you will learn how to leverage Azure IoT services to gain insight into the data coming from your connected Thing, including analytics and machine learning. Following the workshop you may continue your experience with your prototyping kit with additional hands-on labs you can subscribe to online. All you need to bring is your own laptop for this workshop.
Lead by:
Ivan R. Judson, Senior Software Engineer, Microsoft
JD Marymee, CTO and Technical Evangelist / Data Science and Machine Learning / Principal Software Developer, Microsoft
View Full Details Here
Equipment required:
You bring:
- Laptop running a recent version of Linux, OS X, or Windows 10.
- Install the software listed in the Getting Started guide (we’ll send this to you once you register).
We bring:
- Hardware kits for you to keep!
- Labs to guide you through the process of building your IoT device.
Schedule
9:00 - 10:00 a.m.
Introduction and overview
10:00 - 12:00 p.m.
Hands-on Lab
Get your device running, get familiar with the kit, software and tools.
12:00 - 1:00 p.m.
Lunch
1:00 - 3:00 p.m.
Hands-on Lab continued
Connect your device to the internet and watch magic happen!
3:00 - 3:30 p.m.
Closing Remarks
Open Source Software has undoubtedly enabled the SDN and NFV transformation. The Controller projects lead the way, including OpenDaylight, ONOS, and Ryu, among others. Benefits of open source for both individuals and their organizations are well documented, including collective innovation, R&D efficiency, individual recognition, and the opportunity to contribute to the community.
OPNFV established an open reference platform for NFV; the initial releases are validating open source building blocks that make up the NFV Infrastructure (NFVI). As a result, OPNFV expanded its charter to address NFV Management and Orchestration (MANO), which serves as the boundary between services and the network.
Not surprisingly, the industry responded with a new series of open source orchestration projects. In this presentation we examine a new Linux Foundation Collaborative Project- OPEN-O- for end-to-end service orchestration over NFV Infrastructure, as well as SDN and legacy networks. After sharing the vision and target use cases, we will examine the functional architecture and technology approach, and provide an update on the project.
Open source has evolved over decades, and is rapidly emerging as a viable tool for industries relatively new to the concept. Specifically, the telecommunications and cable industries have been increasingly participating in the open source, community, and with it exerting greater influence on the process. While there many benefits, major operators, whose business is the network, are seeking to adopt open source, without compromising their ability to deliver carrier-grade services.
In this keynote panel discussion, representatives from operators and vendors, will discuss how open source is evolving to address the needs of major carriers. Specifically, we will address the growing role of operators in the process, and how to blend the rigor of telecommunications with the flexibility that the open source methodology offers.
