PPT-NAT Traversal for LISP Mobile Node

Dominik Klein Matthias Hartmann and Michael Menth Overview Problem Communication through NAT Solution NAT traversal mechanism Idea Flow charts Summary amp discussion Problem Communication through NAT. Jefferson . Amstutz (SURVICE). Johannes . Guenther (Intel). Ingo . Wald (Intel). Christiaan. . Gribble (SURVICE). The Multi-Hit Problem. Objective: find more than one (possibly all) hit point along the ray . 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. CS212 & CS-240. D.J. . Foreman. What is a Tree. A tree is a finite set of one or more nodes such that:. There is a specially designated node called the . root. The remaining nodes are partitioned into n>. GDC 2009. David Hunt, BUNGIE. Bungie Autodesk Masterclass. Contents. Introduction: . Animation at Bungie. The Problem of Maya Scene Traversal. Solution:. Semantic Traversal. Building a Metadata Node Network. draft-meyer-lisp-mn-00.txt. Dino Farinacci, Vince Fuller, Darrel Lewis and David Meyer. IETF StockholmHiroshima. LISP Working Group. July/Hov 2009. LISP Mobile Node. IETF 75 July 2009. Slide . 2. Agenda. Min Chen. School of Computer Science and Engineering . Seoul National University. Data Structure: Chapter 6. Content. Definition of Trees. Representing Rooted Tree. Tree Traversal. Preorder Traversal. *Depth-First-Search(DFS). *Breadth-first-search(BFS). Cody Forrest. Depth & breadth. Depth Breadth. . . | |. A. E. F. G. H. A. G. F. E. I. H. B. B. C. C. D. D. B. B. C. C. Topics to be discussed….. Trees Data Structures. Trees. Binary Search Trees. Tree traversal. Types of Binary Trees. Threaded binary trees. Applications . Trees Data Structures. Tree. Nodes. Each node can have 0 or more . Christiaan Gribble. Alexis Naveros. Ethan Kerzner. ACM SIGGRAPH Symposium on Interactive. 3D Graphics & Games. 15 March 2014. Raise awareness of . JCGT. paper. Overview. Algorithm. Performance. 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 . 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 . Preorder. Traversal. Start at root map. Traverse the left sub-tree. Traverse the right sub-tree. 1. Khan. 2. Jones. 3. Williams. 4. Lee. 5. Roberts. Khan. 1. Jones. 5. Williams. 3. Lee. 4. Roberts. Inorder. Tree Definitions and ADT (. §7.1. ). Tree Traversal Algorithms for General Trees (preorder and postorder) (. §7.2. ). BinaryTrees (. §7.3. ). Data structures for trees (. §7.1.4 and §7.3.4. ). Traversals of Binary Trees (preorder, inorder, postorder) (.