2007.12.04IETF70 - MEXT WG1 NEMO: Deployments and Requirements NEMO: Deployments and Requirements From a Consumer Electronics Perspective draft-ng-nemo-ce-req-01.txt.

Slides:



Advertisements
Similar presentations
MONET Problem Scope and Requirements draft-kniveton-monet-requirements-00 T.J. Kniveton Alper Yegin IETF March 2002.
Advertisements

Mobile IP How Mobile IP Works? Agenda What problems does Mobile IP solve? Mobile IP: protocol overview Scope Requirements Design goals.
Security Issues In Mobile IP
Mobile IPv6. Why study Mobility in IPv6? What is so different about Mobile IPv6 ?
51st IETF London - Thierry Ernst - August Network Mobility Support in IPv6 Thierry Ernst - Motorola Labs & INRIA (Planete)
1 Mobility Management for All-IP Mobile Networks: Mobile IPv6 vs. Proxy Mobile IPv6 Ki-Sik Kong; Wonjun Lee; Korea University Youn-Hee Han; Korea university.
IETF draft-jeyatharan-mext-flow-tftemp-reference-01 Mohana Jeyatharan panasonic.com Chan-Wah Ng 1 IETF.
Mobile and Wireless Computing Institute for Computer Science, University of Freiburg Western Australian Interactive Virtual Environments Centre (IVEC)
An Example of IPv6 Necessity in the Greek School Network Athanassios Liakopoulos Greek Research & Technology Network.
© Mobile Platform Laboratory | SAMSUNG Electronics IPv6 DAD Optimization Goals and Requirements Soohong Daniel Park / Youn-Hee Han / Greg Daley
Rev A8/8/021 ABC Networks
1 © NOKIA NSIS MIPv6 FW/ November 8 th 2004 Mobile IPv6 - NSIS Interaction for Firewall traversal draft-thiruvengadam-nsis-mip6-fw-01 S. Thiruvengadam.
An Operational Perspective on BGP Security Geoff Huston GROW WG IETF 63 August 2005.
1 Route Optimization based on ND-Proxy for Mobile Nodes in IPv6 Mobile Networks Jaehoon Jeong, Kyeongjin Lee, Jungsoo Park, Hyoungjun Kim ETRI
Router Advertisements for Routing between Moving Networks draft-petrescu-autoconf-ra-based-routing-00.txt Presenter: Alexandru Petrescu IETF 78 Maastricht.
NEtwork MObility By: Kristin Belanger. Contents Introduction Introduction Mobile Devices Mobile Devices Objectives Objectives Security Security Solution.
Route Optimization Requirements for Operational Use in Aeronautics and Space Exploration Mobile Networks (draft-eddy-nemo-aero-reqs-01) Wes Eddy – Verizon.
Mobile IP: Introduction Reference: “Mobile networking through Mobile IP”; Perkins, C.E.; IEEE Internet Computing, Volume: 2 Issue: 1, Jan.- Feb. 1998;
P2P Networking for Consumer Electronics (CE) Devices November 12, 2005 Eunsoo Shim Greg Perkins Panasonic Digital Networking Laboratory P2P SIP Ad-hoc.
IPv6 & Mobile Residential Network 곽 광훈 ETRI
Internet Goes Mobile Alper Yegin KIOW 2003 at APNIC 16 August 19th, Seoul, Korea.
Req1 - Separability Old: –An RO scheme MUST have the ability to be bypassed by traffic types that desire to use bidirectional tunnels through an HA. New:
Simultaneous Mobility: Problem Statement K. Daniel Wong, Malaysia University of Science & Technology
NEtwork MObility (NEMO) Houcheng Lee. Main Idea NEMO works by moving the mobility functionality from Mobile IP mobile nodes to a mobile router. The router.
NEMO Requirements and Mailing List Discussions/Conclusions T.J. Kniveton - Nokia Pascal Thubert - Cisco IETF 54 – July 14, 2002 Yokohama, Japan.
1 AutoconfBOF2.PPT / Aug / Singh,Perkins,Clausen IETF Not Confidential Ad hoc network autoconfiguration: definition and problem statement (draft-singh-autoconf-adp-00.txt)
NEtwork MObility (NEMO) Houcheng Lee. Main Idea NEMO works by moving the mobility functionality from Mobile IP mobile nodes to a mobile router. The router.
DHCP - Prefix Delegation for NEMO Ralph Droms (Cisco) Pascal Thubert (Cisco) 59th IETF, NEMO WG.
Router Advertisements for Routing between Moving Networks draft-petrescu-autoconf-ra-based-routing-00.txt Presenter: Alexandru Petrescu IETF 78 Maastricht.
49th IETF - San Diego - 1 Mobile Networks Support in IPv6 - Draft Update draft-ernst-mobileip-v6-01.txt - Thierry Ernst - MOTOROLA Labs Ludovic Bellier.
Dynamic Management of Multiple Mobile Routers Manabu Tsukada, Thierry Ernst, Ryuji Wakikawa and Koshiro Mitsuya Graduate School of Media and Governance,
1 Route Optimization for Large Scale Network Mobility Assisted by BGP Feriel Mimoune, Farid Nait-Abdesselam, Tarik Taleb and Kazuo Hashimoto GLOBECOM 2007.
IETF69 - NEMO WG1 NEMO: Deployments and Requirements From a Consumer Electronics Perspective draft-ng-nemo-ce-req-00.txt Chan-Wah Ng
Spring 2004 Network Mobility School of Electronics and Information Kyung Hee University Choong Seon HONG
Thierry Ernst - MOTOROLA Labs / INRIA Ludovic Bellier - INRIA project PLANETE Claude Castelluccia - INRIA project PLANETE Hong-Yon Lach - MOTOROLA Labs.
NEMO Re-chartering IETF 67 – November 9, 2006 T.J. Kniveton.
81th IETF, QuebecMTMA Multicast Tree Mobility Anchor (MTMA) Juan Carlos Zúñiga, Akbar Rahman InterDigital Luis M. Contreras, Carlos J. Bernardos Universidad.
6lowpan ND Optimization draft Update Samita Chakrabarti Erik Nordmark IETF 69, 2007 draft-chakrabarti-6lowpan-ipv6-nd-03.txt.
63rd IETF - NEMO WG1 NEMO Multihoming Issues NEMO Multihoming Issues draft-ietf-nemo-multihoming-issues-03.txt Chan-Wah Ng Paik Eun-Kyoung Thierry Ernst.
The limitation in current NEMO scenario -Problem Statement draft-zhao-nemo-limitations-ps-00.txt John.zhaoJohn.zhao(Huawei technology shanghai R&D) Ke.
Nemo RO taxonomy P. Thubert, M. Molteni (Cisco) C. Ng (Panasonic) H. Ohnishi (NTT) E. Paik (Seoul Nat. Univ.) 59th IETF, NEMO WG.
Mobile IPv6 and Firewalls: Problem Statement Speaker: Jong-Ru Lin
Ασύρματες και Κινητές Επικοινωνίες Ενότητα # 10: Mobile Network Layer: Mobile IP Διδάσκων: Βασίλειος Σύρης Τμήμα: Πληροφορικής.
MEXT Deliverable status IETF 71. Deliverables (I) Dec 2007Submit I-D 'Mobile IPv6 Dual-Stack Operation' to IESG –draft-ietf-mip6-nemo-v4traversal-06 –WGLC.
1 NEMO: Requirements Analysis NEMO: Requirements Analysis draft-eddy-nemo-aero-reqs-02.txt draft-baldessari-c2ccc-nemo-req-01.txt draft-ng-nemo-ce-req-01.txt.
Commissioning in 6LoWPAN Ki-Hyung Kim (picosNet Corp/Ajou University) and S. Daniel Park (SAMSUNG Electronics) 6LoWPAN WG, IETF69, Chicago.
Site Multihoming for IPv6 Brian Carpenter IBM TERENA Networking Conference, Poznan, 2005.
59 th IETF – NEMO Working Group 1 NEMO Multi-homing Issues Prepared for 59 th IETF NEMO WG By Chan-Wah NG, Eun-Kyoung PAIK, Thierry ERNST, Julien CHARBON.
A Survey of Protocols to Support IP Mobility in Aeronautical Communications Written by Christian Bauer Martina Zitterbart Presented by Corey Whitley.
IETF70 - Mobopts RG1 On Mobile IPv6 Optimization and Multihoming draft-ng-mobopts-multihoming-00.txt Chan-Wah Ng
Network Mobility (NEMO) Advanced Internet 2004 Fall
Goals for Local Communications Within Sites Tony Hain / Fred Templin IPv6 Working Group – IETF 58 active site: - a site that may be intermittently-connected.
Paris, August 2005 IETF 63 rd – mip6 WG Mobile IPv6 bootstrapping in split scenario (draft-ietf-mip6-bootstrapping-split-00) mip6-boot-sol DT Gerardo Giaretta,
63rd IETF - Monami6 BoF1 NEMO Multihoming Issues for Monami6 NEMO Multihoming Issues for Monami6 draft-ietf-nemo-multihoming-issues-03.txt Chan-Wah Ng.
Automotive Industry Requirements for NEMO Route Optimization IETF71, MEXT WG 12/03/2008 draft-ietf-mext-nemo-ro-automotive-req-00 Roberto Baldessari Thierry.
Source : 2014 IEEE Ninth International Conference on Intelligent Sensors, Sensor Networks and Information Processing (ISSNIP) Auther : Nacer Khalil, Mohamed.
NEMO RO Use Case, Issues & Requirements in the MANEMO Scenarios.
th IETF NEMO WG 1 NEMO RO Problem Space Prepared for 55 th IETF By Pascal Thubert (Cisco), Ng Chan Wah & Takeshi Tanaka (Panasonic)
Mobile IP Security Konidala M. Divyan International Research Center for Information Security Network Security (ICE 615) Term Project – 2002 Autumn.
V4 traversal for IPv6 mobility protocols - Scenarios Mip6trans Design Team MIP6 and NEMO WGs, IETF 63.
Telematics Protocols and Technologies
Discussion on DHCPv6 Routing Configuration
Booting up on the Home Link
Route Optimization of Mobile IP over IPv4
Thierry Ernst (INRIA and WIDE) Hesham Soliman (Ericsson)
Evaluating Multiple Mobile Routers and Multiple Prefixes in NEMO Basic Support draft-kuntz-nemo-multihoming-test-00.txt R. Kuntz*, E. K. Paik**, M. Tsukada*,
Dedicated Multicast-LMA (M-LMA)
with distributed anchor routers
Summary of the InternetCAR testbeds
Presentation transcript:

IETF70 - MEXT WG1 NEMO: Deployments and Requirements NEMO: Deployments and Requirements From a Consumer Electronics Perspective draft-ng-nemo-ce-req-01.txt Chan-Wah Ng Jun Hirano Alexandru Petrescu Eun-Kyoung Paik

IETF70 - MEXT WG2 Updates since Chicago More co-authors :) Deployment Scenarios –Simple PANs Added more example usage such as sensors network –PMRs in Vehicles Added the case where PAN merges with Car network Requirements and Desired Features –Break into requirements and desired features

IETF70 - MEXT WG3 Quick Recap: Scenarios Simple PANs –PMR provides internet connections to nodes in PAN –An MNN may leave the PAN (and continue to use same address) –An MNN may become a PMR and vice versa PMRs in Vehicles –PMR docks into Car Distinct network – nested NEMO Merged network – Multi-Router NEMO Residence Network –HA is a set-top box at home (literally) Most of these scenarios are not new: –Presented by Vijay a year ago –Found in MANEMO/Autoconf discussions

IETF70 - MEXT WG4 Requirements [Req1] – Unmodified LFN –A route optimization solution MUST operate even when LFNs are unmodified LFNs are simple IPv6 devices that cannot be easily patched or updated [Req2] – Low Processing Load –A route optimization solution MUST NOT increase the processing load of MR significantly PMR are battery powered devices [Req3] – Security –A route optimization solution MUST NOT expose the mobile network to additional security threats Not possible for attackers to claim ownership of mobile network prefix Not any more susceptible to DoS attack (eg. force MR to send huge amount of signaling packets or maintain large number of signaling states)

IETF70 - MEXT WG5 Desired Features [Des1] – MR-to-MR RO –Most deployments scenarios we envisage are communications between PANs [Des2] – Nested NEMO RO –When the PAN goes into a vehicle/vessel, nested NEMO is formed [Des3] – Intra-NEMO RO –When the PAN enters the vehicle network, some form of communications between the nodes from the two networks may occur

IETF70 - MEXT WG6 Questions for WG Are these scenarios what the WG expects? –Similar scenarios we overlooked? –Any scenarios that are not useful at all? Should we explore further into: –PANs in vehicle/vessel scenario? –MNNs breaking off from PAN?

IETF70 - MEXT WG7 Questions for WG Are these requirements reasonable? –Too stringent? –Too general? –Any requirements that we missed?

IETF70 - MEXT WG8 Questions for WG Should we adopt this as WG work item for A.5(3)? –Adopting this does not mean it is completed it only means we work on it as a WG –There is no competing contribution for this WG item