'Mobile hosts' diaporamas de présentation

Multi-Variate Analysis of Mobility Models for Network Protocol Performance Evaluation

Multi-Variate Analysis of Mobility Models for Network Protocol Performance Evaluation. Carey Williamson Nayden Markatchev {carey,nayden}@cpsc.ucalgary.ca University of Calgary. Preamble and Motivation. Consider mobile host movement in an arbitrary internetwork

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18: VPN, IPV6, NAT, MobileIP

18: VPN, IPV6, NAT, MobileIP. Last Modified: 8/23/2014 3:11:42 PM. Virtual Private Networks (VPN). Virtual Private Networks. Definition A VPN is a private network constructed within the public Internet Goals Connect private networks using shared public infrastructure Examples

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What Mum Never Told Me about Parallel Simulation

What Mum Never Told Me about Parallel Simulation. K arim Djemame Informatics Research Lab. & School of Computing University of Leeds. Plan of the Lecture. Goals Learn about issues in the design and execution of Parallel Discrete Event Simulation (PADS). Overview

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M-Commerce: Mobile Applications

M-Commerce: Mobile Applications. Sridhar Iyer K R School of Information Technology IIT Bombay sri@it.iitb.ernet.in http://www.it.iitb.ernet.in/~sri. Outline. Mobile applications Wireless networking Routing in mobile networks Transport in mobile networks

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Shall we apply paging technologies to proxy mobile IPv6?

in Proceedings of the 3rd international workshop on Mobility in the evolving internet architecture, Seattle, WA, USA, 2008, pp. 37-42. Shall we apply paging technologies to proxy mobile IPv6?. J.-H. Lee, T.-M. Chung, S. Pack, and S. Gundavelli. Outline . Introduction Preliminaries

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Mitigating Routing Misbehavior in Mobile Ad-Hoc Networks

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Network Layer and Mobile IP

Network Layer and Mobile IP. Motivation for Mobile IP. Routing based on IP destination address, network prefix (e.g. 129.13.42) determines physical subnet. Motivation for Mobile IP. Routing based on IP destination address, network prefix (e.g. 129.13.42) determines physical subnet

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Mobile Network Layer

IT351: Mobile & Wireless Computing. Mobile Network Layer. Objective: To highlight the requirements of internetworking in wireless networks as opposed to wired networks. To detail the operation of common internetworking schemes, including , MobileIP / migration to IPv6 and CellularIP. Outline.

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Introduction to Wireless Networks and Mobile Computing

Introduction to Wireless Networks and Mobile Computing. D. Manivannan. Overview. Background and motivation Mobile computing systems: Models Issues involved in supporting mobility of hosts on the Internet

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Using Peer-to-Peer Data Routing for Infrastructure-Based Wireless Networks

Using Peer-to-Peer Data Routing for Infrastructure-Based Wireless Networks Sethuram Balaji Kodeswaran , Olga Ratsimor, Anupam Joshi, Tim Finin, Yelena Yesha ebiquity.umbc.edu. eBiquity Group Technical Roots. Web Services. DB. Semantic Web. AI. Intelligent Information Systems. Mobility.

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EPL476 Mobile Networks

EPL476 Mobile Networks. Mobile Transport Layer Instructor: Dr. Vasos Vassiliou Slides adapted from Prof. Dr.-Ing. Jochen H. Schiller. Outline. Motivation, TCP-mechanisms Classical approaches (Indirect TCP, Snooping TCP, Mobile TCP) PEPs in general

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Software Architecture for Distributed and Mobile Systems

Software Architecture for Distributed and Mobile Systems. Avinash Chiganmi Phaneesh Kuppahalli Lakshminarayana. Objectives Provide an understanding the challenging issues of mobile, distributed environments Survey significant research efforts in enabling mobile software development,

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Internet Networking recitation #6

Internet Networking recitation #6. Mobile Ad-Hoc Networks TBRPF. Mobile Ad-Hoc Networks (MANET) - Reminder . Wireless networks become an important part of the computers communication both globally and locally.

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CAPS: A Peer Data Sharing System for Load Mitigation in Cellular Data Networks

CAPS: A Peer Data Sharing System for Load Mitigation in Cellular Data Networks. Young-Bae Ko, Kang-Won Lee, Thyaga Nandagopal Presentation by Tony Sung, MC Lab, IE CUHK 5th July 2004. Outline. Introduction System Design Performance Evaluation Conclusion. Introduction.

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INSIGNIA : A QOS ARCHITECTURAL FRAMEWORK FOR MANETS Course :- Software Architecture & Design Team Members 1.

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IEEE 802.21 MEDIA INDEPENDENT HANDOVER Title: Distributed mobility management Date Submitted:

IEEE 802.21 MEDIA INDEPENDENT HANDOVER Title: Distributed mobility management Date Submitted: Authors or Sources: H Anthony Chan Abstract: Introduction to distributed mobility management. Centralized mobility anchors.

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Tuning the Behavior of IGMP and MLD for Routers in Mobile and Wireless Networks

82 nd IETF, November 2011, Taipei, Taiwan. Tuning the Behavior of IGMP and MLD for Routers in Mobile and Wireless Networks. draft?ietf?multimob?igmp?mld?tuning-02 Hitoshi Asaeda Hui Liu Qin Wu. Summary.

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Monami6 charter description

Monami6 charter description. Nicolas Montavont (ENST-Bretagne) Thierry Ernst (Keio University/Wide). IETF 64 Vancouver - 11/2005. General assumptions. Work on mobile hosts/routers that have multiple network interfaces simultaneously multiple prefixes on a single network interface

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