PPT-LISP Mobile Node

draftmeyerlispmn00txt Dino Farinacci Vince Fuller Darrel Lewis and David Meyer IETF StockholmHiroshima LISP Working Group JulyHov 2009 LISP Mobile Node IETF 75 July 2009 Slide 2 Agenda. Pramita Mitra. 1. and Christian Poellabauer. 1. 1. Department of Computer Science and Engineering. University of Notre Dame, USA. Introduction. Opportunistic Networks (OPNETs. ) . created out of mobile devices carried by . LISP-. DDT. Presentation to LNOG. Darrel Lewis on behalf of the LISP TEAM. The Story So Far. ALT was a really nice starting point because the development effort was minimal. Separated the location of the mapping from the mapping itself. ALTERNATIVE MOBILE NODE . MANAGEMENT IN LISP. Dung Phung, Patrick Raad, Stefano Secci. LIP6 - UPMC . Bureau 25-26/318. 4 place Jussieu, 75005 Paris. . stefano.secci@lip6.fr. http://www-phare.lip6.fr/~secci. Draft-hertoghs-nvo3-lisp-unfied-control-plane. Yves Hertoghs. Overview. Complementary to . draft-maino-nvo3-lisp-cp. draft-. maino. represents the LISP mapping of the NVO3 reference models, and how the LISP Control Plane works with a couple of data plane options ((LISP+L2-LISP, LISP-GPE, VXLAN-GPE) . (tutorial). M. J. Neely. University of Southern California. See detailed derivations for these results in:. M. J. Neely, . Stochastic Network Optimization with Application to Communication and . Queueing. Mobile Agent Cloning for . Servicing . Networked . Robots . 2. . STIGMERGICALLY CONTROLLING A POPULATION OF. HETEROGENEOUS MOBILE AGENTS USING CLONING RESOURCE. 4. . ROBOTICS . LABORATORY . www.iitg.ernet.in/cse/robotics/. Darrel Lewis . and . Margaret Wasserman. IETF 76, Hiroshima, Japan. Slide . 2. Agenda. Introduction : Deployment scenario implication for the LISP Specification. Survey of LISP Network Elements. XTRs. Pramita Mitra. 1. and Christian Poellabauer. 1. 1. Department of Computer Science and Engineering. University of Notre Dame, USA. Introduction. Opportunistic Networks (OPNETs. ) . created out of mobile devices carried by . Location-Identifier Separation. Application Layer. Transport Layer. Internet Layer. Data Link Layer. Physical Layer. IP-address,, port. (Endpoint Identifier). IP-address. (Routing Locator). In the current Internet TCP/IP Protocol Stack, the IP address functions . Patrice Bellagamba. Max Ardica. Enable LISP for Migration. Using . ASR1K. as . PxTR. No . modification of existing DC. Need LISP . PxTR. in the flow. Using Nexus . 7K. . ETR. with Mobility. LISP . Vancouver IETF . - LISP WG. Gregg Schudel, . Amit. Jain, Victor Moreno. July 2012. draft-ietf-lisp-mib-05. Several changes from . -03. and . -04. versions. The -05 update includes corrections to “add back” several tables that were erroneously omitted starting with the . Dominik Klein, Matthias Hartmann, and . Michael Menth. Overview. Problem: Communication through NAT. Solution: NAT traversal mechanism. Idea. Flow charts. Summary & discussion. . . . Problem: Communication through NAT. GROUP - 9. Sridivya Rapuru. Sravani Singirikonda. Vikram Siripuram. Rishi Remesh Ranjini. Ad Hoc Network. . Reactive (On Demand) Network. Does not require a central base station. Temporary network connection for single session.. Prof. Maria Papadopouli. University of Crete. ICS-FORTH. http://www.ics.forth.gr/mobile. Wireless Networks & Mobile Computing. ACKNOWLEDGEMENT. : . Slides used from . presentations by. Manolis. .