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This overview presents the progress of research conducted during the seventh semester of a Ph.D. program at the Gwangju Institute of Science & Technology. Focusing on a proxy-based networking solution, the study emphasizes resilient, secure connectivity among diverse collaborators in multi-party environments. Key highlights include the development of service placement algorithms, a Future Internet testbed setup with OpenFlow and NetFPGA, and proposals for visual sharing frameworks. This project aims to address the service placement problem in distributed settings, defining new methodologies for collaborative technologies.
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Feb. 27, 2009 Winter Wrap-up Namgon Kim Networked Media Laboratory Dept. of Information & Communications Gwangju Institute of Science & Technology (GIST) ngkim@nm.gist.ac.kr
Overview • Ph.D 7th semester • Research • A proxy-based networking solution for multi-party collaborative environments • Supporting resilient, secure connectivity among heterogeneous participants • Proxy-based service composition algorithm • Algorithm for Service placement • Project • Future Internet Testbed • Future Internet ITRC-CENNS • KISTI • Publication status
Winter Progress • Research • Service Placement Problem • DSMR (Distributed Service Matrix Routing) • SpiderNet • Project • Future Internet Testbed • OpenFlow testbed setup • OpenFlow Install, NOX controller • NetFPGA Tutorial • KISTI • Define VisualSharing • Usage Scenarios • Modeling for Visual Sharing • Submit Project Proposal • UCN • Submit Project Final Report
Future Plan • Web-based OpenFlow Controller (CFI 2009) • Interface design for OpenFlow controller and Web GUI • (Yuyang) Web GUI based on Google Web Toolkit • (Sungho) OpenFlow Testbed Setup • Service Placement in Proxy-based Networking (PRESTO 2009) • Design Proxy-based networking architecture • Provide a solution for service placement problem • VisualSharing • Constructing Service Overlay for VisualSharing • (Vinay) VisualSharing Modeling and Architecture for VisualSharing • (Changhyeok) Service Modeling in Networked Tiled Display • FI Testbed • OpenFlow + NetFPGA • Configure domestic FI testbed with FITB participating institutes