Benefits of multiple CoAs and HoAs for low power multimode mobiles S. Charles Tsao National Chiao Tung University.

Slides:



Advertisements
Similar presentations
Mobile IP How Mobile IP Works? Agenda What problems does Mobile IP solve? Mobile IP: protocol overview Scope Requirements Design goals.
Advertisements

MultiNet: Connecting to Multiple IEEE Networks Using a Single Radio Ranveer Chandra, Cornell University joint work with: Victor Bahl (MSR) and Pradeep.
IPv6 Mobility Support Henrik Petander
4/1/2017 Wireless Mobile IP CCRI ENGR 1500 CCRI J. Bernardini.
Sponsored by the National Science Foundation Tutorial: OpenFlow-Based Vertical Handoff over WiFi and WiMAX in the Orbit Testbed Ryan Izard and KC Wang.
1Nokia Siemens Networks Presentation / Author / Date University of Twente On the Security of the Mobile IP Protocol Family Ulrike Meyer and Hannes Tschofenig.
1 DSMIP6 Support QUALCOMM Inc. Jun Wang, George Cherian, Masa Shirota Notice.
Dynamic Tunnel Management Protocol for IPv4 Traversal of IPv6 Mobile Network Jaehoon Jeong Protocol Engineering Center, ETRI
1 3gpp_trans / 09/02 / IPv6 Transition Solutions for 3GPP Networks draft-wiljakka-3gpp-ipv6-transition-01.txt Juha Wiljakka, Nokia.
IP over ETH over IEEE draft-riegel-16ng-ip-over-eth-over Max Riegel
Welcome to MONAMI6 Working group Mobile Nodes and Multiple Interfaces in IPv6 MONAMI6 WG IETF 68 Prague, March Nicolas Montavont - GET/ENST Bretagne.
IPv6 Multihoming Support in the Mobile Internet Presented by Paul Swenson CMSC 681, Fall 2007 Article by M. Bagnulo et. al. and published in the October.
© 2008 Mobile VCE Ubiquitous Personal Content Transfer in a Hybrid and Heterogeneous Wireless Network Environment Junkang MA, Dr. John.
Authentication In Mobile Internet Protocol version 6 Liu Ping Supervisor: professor Jorma Jormakka.
1 © 2005 Nokia mobike-transport.ppt/ MOBIKE Transport mode usage and issues Mohan Parthasarathy.
1 Route Optimization based on ND-Proxy for Mobile Nodes in IPv6 Mobile Networks Jaehoon Jeong, Kyeongjin Lee, Jungsoo Park, Hyoungjun Kim ETRI
Protocol for Hiding Movement of Mobile Nodes in Mobile IPv6 draft-qiu-mip6-hiding-movement-00.txt F. BAO, R. DENG, J. Kempf, Y. QIU and J.Y ZHOU.
1 Analysis of Multihoming in Mobile IPv6 draft-montavont-mobileip-multihoming-pb-statement-04.txt N. Montavont (NIST) R. Wakikawa (Keio University) T.
IPv6 Network Mobility on Ad hoc network for Transportation System Assoc. Prof. Lee Bu Sung, Francis.
1 Utilizing Multiple Home Links on Mobile IPv6 Waseda University Hongbo Shi Shigeki Goto
Host Mobility for IP Networks CSCI 6704 Group Presentation presented by Ye Liang, ChongZhi Wang, XueHai Wang March 13, 2004.
Vertical Handover Nawshad Rehan Rasha
National Institute Of Science & Technology Mobile IP Jiten Mishra (EC ) [1] MOBILE IP Under the guidance of Mr. N. Srinivasu By Jiten Mishra EC
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
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:
1 Can DHCP support mobility across LANs (on different subnets?)  On its own, the answer is NO; for reasons cited in DHCP talk on slide 9.  However,
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.
1 Design and Implementation of a SIP-Based Mobile and Vehicular Wireless Network With Push Mechanism Yu-Chee Tseng, Jen-Jee Chen, and Yu-Li Cheng National.
Dynamic Management of Multiple Mobile Routers Manabu Tsukada, Thierry Ernst, Ryuji Wakikawa and Koshiro Mitsuya Graduate School of Media and Governance,
21-08-XXXX IEEE MEDIA INDEPENDENT HANDOVER DCN: XXX Title: Multi-Radio Power Management Analysis Date Submitted: March, 2008.
IP Address Location Privacy and Mobile IPv6 draft-koodli-mip6-location-privacy-00.txt draft-koodli-mip6-location-privacy-solutions-00.txt.
Monami6 WG Meeting IETF 65 March 21, Agenda Welcome, agenda bashing, WG documents status - 5 minutes, Vijay Devaparalli –draft-ietf-monami6-mipv6-analysis.
Master Thesis Presentation “Simulating mobility in a realistic networking environment” Supervisor : George Polyzos Examiner : George Xylomenos Student.
Mobile IP Outline Intro to mobile IP Operation Problems with mobility.
1 Monami6 Working Group IETF 66 July 2006 Montréal, Canada Thierry Ernst (INRIA) Nicolas Montavont (ENST Bretagne)
Performance Validation of Mobile IP Wireless Networks Presented by Syed Shahzad Ali Advisor Dr. Ravi Pendse.
1 Mobility Support for IP-Based Network Professor : Sheau-Ru Tong Reporter : M 李 思儀 M 林 濟斌 IEEE Communications Magazine October 2005 Jie.
07/03/ nd IETF – Minneapolis Mobile IPv6 WG meeting PF_KEY Extension as an Interface between Mobile IPv6 and IPsec/IKE Shinta Sugimoto Francis Dupont.
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.
Simultaneous Location in Home and Foreign in Monami6 65 th IETF at Dallas, Texas, USA Benjamin Koh Keigo Aso.
mrpm IEEE MEDIA INDEPENDENT HANDOVER DCN: mrpm-scenario6.4 Title: MRPM Scenario 6.4 Generalization Date Submitted: July.
1 Route Optimization and Location Privacy using Tunneling Agents (ROTA) draft-weniger-rota-01 Kilian Weniger, Takashi Aramaki IETF #64, Nov 2005.
IETF70 - Mobopts RG1 On Mobile IPv6 Optimization and Multihoming draft-ng-mobopts-multihoming-00.txt Chan-Wah Ng
Multiple Care-of Address Registration on Mobile IPv6 Ryuji Wakikawa Keisuke Uehara Thierry Ernst Keio University / WIDE.
1 3gpp_trans/ / IPv6 Transition Solutions for 3GPP Networks draft-wiljakka-3gpp-ipv6-transition-00.txt Juha Wiljakka,
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
RO without HA Georg Hampel, Thierry Klein draft-hampel-mext-ro-without-ha-00.txt.
Service Flows Distribution and Handoff Technique based on MIPv6 draft-liu-dmm-flows-distribution-and-handoff-00
Slide title In CAPITALS 50 pt Slide subtitle 32 pt Flow Distribution Rule Language for Multi-Access Nodes draft-larsson-mext-flow-distribution-rules-01.
Distributed Mobility Management: Current Practices and Gap Analysis draft-ietf-dmm-best-practices-gap-analysis-01 Dapeng Liu (Editor) – Presenting Juan.
Telematics Protocols and Technologies
Utilizing Home and Away Interfaces Simultaneously
Route Optimization of Mobile IP over IPv4
Mobile IP and Upper Layer Interaction
MANEMO Applicability of existing mechanism
Mobility in a Dual Stack Internet
Multiple Care-of Address Registration
Instructor Materials Chapter 9: NAT for IPv4
Routing and Switching Essentials v6.0
2002 IPv6 技術巡迴研討會 IPv6 Mobility
Tunnel Loops and Its Detection draft-ng-intarea-tunnel-loop-00.txt
Instructor Materials Chapter 9: NAT for IPv4
IEEE MEDIA INDEPENDENT HANDOVER DCN:
Chapter 11: Network Address Translation for IPv4
Mobile IP Outline Homework #4 Solutions Intro to mobile IP Operation
Mobile IP Outline Intro to mobile IP Operation Problems with mobility.
Mobile IP Outline Intro to mobile IP Operation Problems with mobility.
Presentation transcript:

Benefits of multiple CoAs and HoAs for low power multimode mobiles S. Charles Tsao National Chiao Tung University

Multimode Mobile Node (MMN) MMN might have several wireless interfaces accessing the Internet simultaneously All-IP Network WiMAX BSWLAN AP Bluetooth AP MMN Mobile Ad Hoc Network CN 3G

Power Consumption Issue of MMN Power consumption posts a serious problem of an MMN even some of the interfaces are idle Multi-mode Mobiles WLANGSM/GPRS To turn on WLAN(PSM) increases 30% energy consumption To turn on WLAN(CAM) increases 138% energy consumption 0.313A GSM+WLAN(off) 0.411A GSM+WLAN(PSM) 0.748A GSM+WLAN(CAM) 0.17A GSM only

Solutions for Low Power MMN Turn off wireless interface(s) (IF) if there is no packet to send or to receive –But lose IP connectivity Benefits of using multiple CoAs and HoAs –Turn off IF(s) to save the power –Still provide IP connectivity to these interfaces that are switched off

Use Case Scenarios Use Case I –Multiple IFs, Multiple HAs, Multiple HoAs, Multiple CoAs –Each IF is associated with an HoA and a CoA Use Case II –Multiple IFs, Single HA, Single HoA, Multiple CoAs –Each IF is associated with a CoA

IF is associated with HoA/CoA Use one HoA as a CoA of the IF which is switched off All-IP Network 3G/HA#2WLAN AP/HA#1 MMN CN IF#1, CoA#1, HoA#1IF#2, CoA#2, HoA#2 1. Use HoA#1 as CoA#2 to register to HA#2 2. Turn off IF#2 3. Inbound sessions 4. Tunneled to CoA#2(HoA#1) 5. Tunneled to CoA#1 6. BU CN (CoA#1) or Turn on IF#2, BU CN (CoA#2) Binding HoA#2, CoA#2 HoA#2, HoA#1 Binding HoA#1, CoA#1 Binding HoA#2, ---

IF is associated with HoA/CoA Use one CoA as a CoA of the IF which is switched off All-IP Network 3G/HA#2WLAN AP/HA#1 MMN CN IF#1, CoA#1, HoA#1IF#2, CoA#2, HoA#2 1. Use CoA#1 as CoA#2 to register to HA#2 2. Turn off IF#2 3. Inbound sessions 4. Tunneled to CoA#2 (CoA#1) 5. BU CN (CoA#1) or Turn on IF#2, BU CN (CoA#2) Binding HoA#2, CoA#2 HoA#2, CoA#1 Binding HoA#1, CoA#1 Binding HoA#2, ---

IF is associated with CoA Register multiple CoAs to an HoA & set preferred CoA(s) All-IP Network 3GWLAN AP MMN CN IF#1, CoA#1, HoA#1IF#2, CoA#2, HoA#1 4. Inbound sessions HA 1. Use CoA#2 to register HA 2. Use CoA#1 to register HA (preferred CoA#2) 5.Tunneled to CoA#2 6. BU CN (CoA#2) or Turn on IF#1, BU CN (CoA#1) 3. Turn off IF#1 Binding HoA, CoA#1 HoA, CoA#2(*) Binding HoA, CoA#1 HoA, CoA#2(*)

Conclusions Benefits of using multiple CoAs and HoAs for low power MMN –Not yet discussed in “Goals and Benefits of Multihoming” –Should we cover these benefits and use cases in the document?

Conclusions (Cont.) Two use case scenarios –Each IF is associated with an HoA and a CoA Use one HoA or CoA as CoA(s) of the IFs which are switched off –Already in “Analysis of Multihoming in Mobile IPv6” –Should we add more text to describe these situations ? –Each IF is associated with a CoA Register multiple CoAs to an HoA –Already in “Analysis of Multihoming in Mobile IPv6” Set preferred CoA(s) –Already in “Analysis of Multihoming in Mobile IPv6” –Should we add more text to describe these situations ?

We appreciate for your comments