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Brief demo description: “Sea-Cloud Innovation Environment” project is a testbed face for next generation information technology research in China. The control framework and measurement architecture in our Sea-Cloud Innovation Environment, distributed End-to-End Openflow Testbed in CSTNET and progress in cooperation with iGENI will be introduced in this demo.

List of equipment that will need AC connections: Number of wired network connections (include required bandwidth if significant) No Number of wireless network connections (include required bandwidth if significant) 2 wireless network connections Number of static addresses needed (if any) No Monitor (y/n, specify VGA or DVI) (Specify resolution only if your software has resolution restrictions.) Y, one 32"VGA monitor Number of posters (max size poster boards are 30" x 40") 1 poster, size 30" x 40" Description of any special requests (include any specific network connectivity needs (e.g. layer2 VLAN to NLR), projects you'd like to be located near, etc.) No

The aim of the Sea-Cloud Innovation Environment , which is a national wide testbed, is to build an open, general-purpose, federated and large-scale shared experimental facility to foster the emergence of next generation information technology research in China. The demo presents experiment service system, resource control system and measurement system in the Sea-Cloud Innovation Environment. The hardware and distributed end-to-end Openflow testbed update is also introduced. At the same time, some new features in our system is presented this demo as following: experiment workflow control program based on Java & Python language, experiment visualization, light-weight VM management tool, and so on.

The KanseiGenie team led by Prof. Arora at Ohio State University is going to present a demo showcasing a Genified Kansei testbed. A modular redesign has been undertaken to morph the Kansei to fit into the four control layers of GENI. Interactions between the researcher and the testbed is Genified and take advantage of web service calls. We will also present a research portal which great improve user experience from creating a slice, scheduling an experiment to finally retrieving experiment results. In the demo, a research will schedule an experiment through the researcher portal for an wireless link quality measurement experiment. The researcher portal will help the researcher to initiate, deploy and conduct the experiment on the Kansei testbed. Upon finish, the researcher retrieve her results through the researcher portal.