20021120 55 th IETF NEMO WG 1 NEMO RO Problem Space Prepared for 55 th IETF By Pascal Thubert (Cisco), Ng Chan Wah & Takeshi Tanaka (Panasonic) 20021120.

Slides:



Advertisements
Similar presentations
INTRODUCTION WIRELESS TECHNOLOGY BECOMING HOTTER WIRELESS TECHNOLOGY BECOMING HOTTER TRANSITION TOWARDS MOBILITY OVER PAST 20 YEARS TRANSITION TOWARDS.
Advertisements

Deployment of Existing Mobility Protocols in DMM Scenario draft-liu-dmm-practice-of-deployment-00 draft-chan-dmm-framework-gap-analysis-05.
Why do current IP semantics cause scaling issues? −Today, “addressing follows topology,” which limits route aggregation compactness −Overloaded IP address.
1 Introduction to Mobile IPv6 IIS5711: Mobile Computing Mobile Computing and Broadband Networking Laboratory CIS, NCTU.
MIP Extensions: FMIP & HMIP
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.
Dynamic Tunnel Management Protocol for IPv4 Traversal of IPv6 Mobile Network Jaehoon Jeong Protocol Engineering Center, ETRI
Mobile IPv6 - NSIS Interaction for Firewall traversal draft-thiruvengadam-nsis-mip6-fw-04 S. Thiruvengadam Hannes Tschofenig Franck Le Niklas Steinleitner.
1 Dual Stack Support in Mobile IPv6 for Hosts and Routers OR IPv4 traversal for Mobile IPv6 ! draft-ietf-mip6-nemo-v4traversal-00 H. Soliman, G. Tsirtsis,
1 Route Optimization based on ND-Proxy for Mobile Nodes in IPv6 Mobile Networks Jaehoon Jeong, Kyeongjin Lee, Jungsoo Park, Hyoungjun Kim ETRI
Mobile IP.
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.
MultiMob WG. Potential future work (draft-von-hugo-multimob-future-work-02) IETF 78, Maastricht / Dirk von Hugo (Deutsche Telekom), Hitoshi.
Host Mobility for IP Networks CSCI 6704 Group Presentation presented by Ye Liang, ChongZhi Wang, XueHai Wang March 13, 2004.
Media-Independent Pre-Authentication (draft-ohba-mobopts-mpa-framework-01.txt) (draft-ohba-mobopts-mpa-implementation-01.txt) Ashutosh Dutta, Telcordia.
1 MIPv6 CN-Targeted Location Privacy and Optimized Routing draft-weniger-mobopts-mip6-cnlocpriv-01 IETF #68, Prague, March 2007.
IPv6 & Mobile Residential Network 곽 광훈 ETRI
Internet Goes Mobile Alper Yegin KIOW 2003 at APNIC 16 August 19th, Seoul, Korea.
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.
Re-thinking Security in Network Mobility Jukka Ylitalo Ericsson Research NomadicLab NDSS '05 Workshop - February 2.
NEMO Requirements and Mailing List Discussions/Conclusions T.J. Kniveton - Nokia Pascal Thubert - Cisco IETF 54 – July 14, 2002 Yokohama, Japan.
1 IPv6 Deployment Scenarios in (e) Networks draft-ietf-v6ops deployment-scenarios-01 Myung-Ki Shin, ETRI Youn-Hee Han, KUT Sang-Eon Kim, KT.
네트워크 기반 지역 이동성 지원 프로토콜 적용 기술 Internet Computing KUT ( Youn-Hee Han.
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.
Prefix Delegation Protocol Selection T.J. Kniveton MEXT Working Group IETF 70 - December ’07 - Vancouver.
DHCP - Prefix Delegation for NEMO Ralph Droms (Cisco) Pascal Thubert (Cisco) 59th IETF, NEMO WG.
49th IETF - San Diego - 1 Mobile Networks Support in IPv6 - Draft Update draft-ernst-mobileip-v6-01.txt - Thierry Ernst - MOTOROLA Labs Ludovic Bellier.
A Route Optimization Scheme Based on Roaming in PMIPv6 (pROR) S.-s. Oh, H.-Y. Choi, and S.-G. Min 1 in Fifth International Joint Conference on INC, IMS.
1 Julien Laganier MEXT WG, IETF-79, Nov Authorizing MIPv6 Binding Update with Cryptographically Generated Addresses
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
AAA and Mobile IPv6 Franck Le AAA WG - IETF55. Why Diameter support for Mobile IPv6? Mobile IPv6 is a routing protocol and does not deal with issues related.
Thierry Ernst - MOTOROLA Labs / INRIA Ludovic Bellier - INRIA project PLANETE Claude Castelluccia - INRIA project PLANETE Hong-Yon Lach - MOTOROLA Labs.
Advanced Mobile Networking Mobile Ad Hoc Networking with IPv6 Sensor Web Overlay 1.
Mobile IPv6 in 6NET: An Overview Chris Edwards, Lancaster University, UK.
Introduction to Mobile IPv6
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.
IPv 邱文揚 Joseph 李家福 Frank. Introduction The scale of IPv4 Internet has become far larger than one could ever imagine when designing.
REGIONAL COLLEGE FOR EDUCATION RESEARCH & TECHNOLOGY.
IETF70 - MEXT WG1 NEMO: Deployments and Requirements NEMO: Deployments and Requirements From a Consumer Electronics Perspective draft-ng-nemo-ce-req-01.txt.
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
Basic Nemo Usages Pascal Thubert (Cisco) Ryuji Wakikawa (Keio) Vijay Devarapalli (Nokia) 59th IETF, NEMO WG.
Network Mobility (NEMO) Advanced Internet 2004 Fall
2003/3/1856th IETF NEMO WG1 Basic Network Mobility Support draft-wakikawa-nemo-basic-00.txt Ryuji Wakikawa Keisuke Uehara
Home Network Models Pascal Thubert (Cisco) Ryuji Wakikawa (Keio) Vijay Devarapalli (Nokia) 63rd IETF, NEMO WG.
63rd IETF - Monami6 BoF1 NEMO Multihoming Issues for Monami6 NEMO Multihoming Issues for Monami6 draft-ietf-nemo-multihoming-issues-03.txt Chan-Wah Ng.
Mobile IP(v6) – Networkshop 37 Mobile IP(v6) Tim Chown School of Electronics and Computer Science University of Southampton Networkshop.
IETF-70 in Vancouver1 STANDARDIZATION OF SOLUTIONS Behcet Sarikaya Huawei Research.
NEMO RO Use Case, Issues & Requirements in the MANEMO Scenarios.
Lecture 14 Mobile IP. Mobile IP (or MIP) is an Internet Engineering Task Force (IETF) standard communications protocol that is designed to allow mobile.
1 IPv6 and Mobile IPv6 For Mobile Networks Hesham Soliman Director, Elevate Technologies Octorber 2012.
Parmesh Ramanathan University of Wisconsin, Madison Mobility Management in GENI WiMAX.
V4 traversal for IPv6 mobility protocols - Scenarios Mip6trans Design Team MIP6 and NEMO WGs, IETF 63.
Configuration for routing example
Telematics Protocols and Technologies
Booting up on the Home Link
Route Optimization of Mobile IP over IPv4
Thierry Ernst (INRIA and WIDE) Hesham Soliman (Ericsson)
MANEMO Applicability of existing mechanism
NEMO Basic Support Protocol IETF 60, San Diego
Support for Flow bindings in MIPv6 and NEMO
H. Anthony Chan, Unified framework and DMM gap analysis draft-chan-dmm-framework-gapanalysis H. Anthony Chan,
Tunnel Loops and Its Detection draft-ng-intarea-tunnel-loop-00.txt
NETLMM 및 IETF 이동성기술 표준화 동향
IEEE MEDIA INDEPENDENT HANDOVER
Presentation transcript:

th IETF NEMO WG 1 NEMO RO Problem Space Prepared for 55 th IETF By Pascal Thubert (Cisco), Ng Chan Wah & Takeshi Tanaka (Panasonic)

55 th IETF NEMO WG 2 Routes in NEMO  Nesting Basic support of Nemo leads to:  Processing overhead at MR and HA  Packets delivery latency  Packet fragmentation  … MR1 MR2CNVMN HA1 HA2 CR Internet HA-VMN HA1:HA of MR1 HA2:HA of MR2 HA-VMN:HA of VMN CR:Correspondent Router

th IETF NEMO WG 3 Types of RO for NEMO  The Route Optimization problem space can be split into 4 possible types:  RO for nested mobile network  RO with visiting mobile host  RO with correspondent node  RO within routing infrastructure

th IETF NEMO WG 4 RO for nested mobile network  Reduce the number of tunnels  Should impact only operations of MR and HA  Packets still experience ‘dog-leg’ routing MR1 MR2CNVMN HA1 HA2 CR Internet HA-VMN HA1:HA of MR1 HA2:HA of MR2 HA-VMN:HA of VMN CR:Correspondent Router

th IETF NEMO WG 5 RO with VMH  Visiting mobile hosts participates in NEMO RO  May further reduce the number of tunnels required  Impact the operations of VMH, MR, and HA MR1 MR2CNVMN HA1 HA2 CR Internet HA-VMN HA1:HA of MR1 HA2:HA of MR2 HA-VMN:HA of VMN CR:Correspondent Router

th IETF NEMO WG 6 RO with CN  Route Optimized between CN and MR/VMH  MIPv6 RR test between MR and CN is broken  May impact the operations of CN, in addition to VMH, MR and HA. MR1 MR2CNVMN HA1 HA2 CR Internet HA-VMN HA1:HA of MR1 HA2:HA of MR2 HA-VMN:HA of VMN CR:Correspondent Router

th IETF NEMO WG 7 RO within routing infrastructure  Route Optimized between Correspondent Router and MR/VMH  May impact the operations of VMH, MR and HA  Correspondent Node can be a plain IPv6 host MR1 MR2CNVMN HA1 HA2 CR Internet HA-VMN HA1:HA of MR1 HA2:HA of MR2 HA-VMN:HA of VMN CR:Correspondent Router

th IETF NEMO WG 8 Conclusion  Basic is sufficient for limited applications  RO is wanted for nested configurations  RO is critical for large deployments

th IETF NEMO WG 9 Nemo RO Drafts so far  Informational  draft-thubert-nemo-ro-taxonomy-00.txt  Solutions  draft-ng-nemo-access-router-option-00.txt  draft-thubert-nemo-reverse-routing-header-01.txt