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Slide 1
IPv6 Deployment Jun Murai
Slide 2
3 professors @ San Diego Super Computer Center 3 professors @
San Diego Super Computer Center Students @ 3 universities in Japan
Joint Graduate Level Course on Network Security among 3
Universities, Dec 12, 2000 from San Diego U.S.A. NAIST U-Tokyo KEIO
SFC
Slide 3
DV recv DV sendDV recv2DV send DV send1 DV recv1 DV recv2DV
send2DV recv2 DV send2 DV recv1 US/NARA SFC/U-tokyo SFC U-Tokyo SFC
DV send1 DV recv1 U-Tokyo Polycom NAISTUCSD Unicast DV (IPv6)
Multicast DV (IPv6) A/V mix Unicast Polycomm (IPv4)
2001:200:0:802::999 2001:200:0:802::777 ff19::1
132.249.65.246133.27.194.180 DV over IPv6 with Multicast
Slide 4
IPv6 Network Topology
Slide 5
DV Transport System IEEE1394 Cable Consumer DV Camera IEEE1394
Cable Internet DVInternet PC Internet DV PC Consumer DV Deck
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DV Transport System IEEE1394 Cable Consumer DV Camera IEEE1394
Cable Internet DVInternet PC Internet DV PC Consumer DV Deck
Slide 7
DV Transport System IEEE1394 Cable Consumer DV Camera IEEE1394
Cable Internet DVInternet PC Internet DV PC Consumer DV Deck
Slide 8
Japan and WIDE Project 100% V6 readiness by 2005 Transition
support for ISPs WIDE activities KAME/TAHI/USAGI IPv6 appliances
6bone-jp OSPFv3 DV over IPv6 with PIM NSPIXP-6
Slide 9
Internet Deployment: history in Japan(1) 1984 TCP/IP on BSD
1985 Global IP address and.JP in Japan 1985 Japanese messages on
Email (RFC1468) 1986 IP subnet 1987 WIDE domestic leased line
Slide 10
Internet Deployment: history in Japan(2) 1992 Nifty/Ascii/PCVAN
emails 1992 OSPF 1993 BGP 1994 WISH: Satellite Internet/UDL 1995
BGP 3 to 4 1996 IPv6 testbed 1997 m root server
Slide 11
Since 1995 Deployment of new technology has become much harder!
Commercial use of Internet Commercial provider of Internet
Everybody uses it, not only US! Many vendors involved. (More people
do not understand!)
Slide 12
Why do we need IPv6? IPv4: Internet is for all computers in the
WorldIPv4: Internet is for all computers in the World IPv4 could
support the number of Computers Internet is for Everyone! We need
scalable infrastructure! IPv6: Internet is for everyone/everything
in the WorldIPv6: Internet is for everyone/everything in the World
Automobiles, Appliances, Sensors, etc Human Global
address/No-dialups Technical requirement Huge (unlimited) address
Security capability Plug & Play Mobile/Multicast
Slide 13
The Internet Distribution Infrastructure for Digital
Information Technology on Computer and Communication Based on
Digital Technology Internet Technology vs Communication Technology
Internet Infrastructure vs Communication Infrastructure Common
Infrastructure for all industries and everyone Global Free to
apply
Slide 14
Digitalize Basics of digital technology Character Assign a
number to each character Character Code ASCII( American Standard
Code for Information Interchange ) Sound Divide a sound wave in
constant interval Assign a number to each interval 0x410x61 Wave of
Sound expand -2 24542 24 2-3 621
Slide 15
Internet Global and Ubiquitous Infrastructure for Communication
Communication Technology ATM Optical Fiber Copper Cable WDM/SDH
ISDN Internet Technology CATV Cable Modem Society
Slide 16
IPv6 Projects in WIDE Project IPv6 - KAME Project - TAHI
Project - USAGI Project Differentiated Service using SONY-CSL ALT-Q
Label Switch Toshiba CSR Multicast - High Quality Video Multicast -
Reliable Multicast WG WDM
Slide 17
KAME project What was the role of 4.2BSD for V4? 4.2BSD for V6
Goals: Contributions by implementing a reference Source code
distribution IPsec technology to the world Anything to contribute
(for developers) mobile-ip4/6, IPv6 over satellite, traffic
control/diffserv, etc.
Slide 18
KAME Project A single effort 8 core members from 7 Japanese
companies Fujitsu, Hitachi, IIJ, NEC, Toshiba, YDC, Yokogawa
Two-years joint project April 1998 - March 2000 The core members
work for IPv6 three days a week KAME A short word of KArigoME,
where our office locates Turtles
Slide 19
SOI - School of Internet 2000 Waseda Keio U-Tokyo TEU NAIST
High Speed IPv6 Multicast Internet High Speed IPv6 Multicast
Internet IPv4 Internet Mori Bldg SAGA
Slide 20
SOI System Report System On demand Lecture Evaluation Realtime
Lecture Communication Record System
Slide 21
IPv6 High Speed The Internet IPv4 IPv6 multicast Sat. Classroom
Satellite (10Mbps) NAIST TEU U-TOKYO multicast WISC v4/v6/UDLR
Receiver Satellite (2Mbps) Sat. Individual WASEDA Individual IPv4
multicast Real Server 2 v4/v6/UDLR Feed Real Server 1 KEIO High
Speed / Classroom (A) (B) (C) (D) (E) (G) Mrouter (F) (C) (F) IPv6
multicast / DVTS IPv6 multicast / join message IPv4 multicast /
Real Video IPv4 multicast / request message IPv4 unicast
/RealViedeo SAGA
Slide 22
SOI Status as of Dec 2000 Since 1997 Sept Students Over 5000
registered Students Over 60% are adults Lectures Over 600 hours of
Internet/Computer related lectures. 14 courses (7 universities) 45
special lectures Evaluation 86% students want to continue 60%
students appreciate the opportunity to take other univs class.
Accesses 200,000 web pages / week
Slide 23
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Internet applications by multicast TV conference Multi-player
game
Slide 25
XCAST: INET2000 demo YOKOHAMA Bzflag 3D tank game VIC VIdeo
Conference RAT Robust Audio Tool IPv6 showcase (18-21 July 00) NARA
KEIO FUJITSU WIDE 6Bone
Slide 26
XCAST video trial ( 2000 ) WIDE 6Bone NSPIXP6 IIJ IIJ PAIX
v6/v4 tunnel 5 satellite meeting rooms of the open plenary NAIST,
JAIST, FUJITSU, UEC, ISID bi-directional audio & video stream
no special multicast routing coordination 48th IETF meeting
(2000/Aug/2)
Slide 27
Slide 28
OSPFv3 for IPv6 Development and Experience on 6bone-jp Direct
feed-back to developer team
Slide 29
Internet Connected Car
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ProbeCar:Share the Information on Internet Internet
Slide 31
Everything connect to the Internet Economic Effects of the
Information on the Internet Global unique address No dialups
Engineer motivations
Slide 32
IP sensor Prototype (Thermo Sensor Node) Inside view Outside
view
Slide 33
Network Appliances(on sale) Cellular Phone with Internet
Connectivity Digital Camera with Network Connectivity Digital Video
Camera With A/V Network Connection Microwave with Network
Connectivity Cannon NTT DoCoMo Sony Sharp
Slide 34
Refrigerator Node Control Panel Voice Output(Speaker) LCD Panel
Voice Input(Mic)
Slide 35
Sensor and Micro-node Refrigerator Node(Prototype) Sensor
terminal Micro-node
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Temperature and Door sensor Temperature Door sensor
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User application (Java applet) Temperature and Door status
Door0 Closed Temp0: -16.7C Compressor Temp:70.0C
Slide 38
New technical feedback from each products Refrigerators
connecting to the Internet All Refrigerator send the status to
provider/maker, then, they use those of information to development
Door open/close statistics Compressor status Changes of
temperature
Slide 39
KEIO SFC Hitachi SONY-CSL Toshiba CRL MEX Univ. Tokyo NTT/KDD
To: Osaka To: JAIST To: Kyoto Tohoku To: Tohoku JAIST Kyoto Osaka
Kurashiki Hitoshima Kyushu Connected site Data-link line NAIST (*)
Mixture of SDH and ATM with 40Mbps to 1Gbps Trans-Pac (70Mbps) (to
STARTAP) Sapporo JB: Test-bed Network Geographical Topology Map To:
Sapporo To: Kyushu
IPv6: Unneeded, Unwanted and Unlikely Paul Francis, NTT Oct 27.
1998 For WIDE 10th Anniversary Symposium
http://www.wide.ad.jp/10th/
Slide 43
IPv6: Unneed technically NAT solution to addressing problem is
satisfactory Cost of NAT a fractional increase on cast of firewall
And is not some respects attractive Intranet managers really dont
want unbridled connectivity Insulates intranets from global address
changes
Slide 44
IPv6: Unlikely Intranets wont install it until other intranets
install it, and ISPs support it ISP wont support it Until intranets
demand it.
Slide 45
Whos talking about IPv6 ? Last 4 issues of Nikkei
Communications One brief mention of IPv6 (NTT softlab activity)
Last 4 issues of Internet Week zero mention of IPv6 Last 4 issues
of Internet Society On the Internet Zero mention of IPv6
Slide 46
Whos talking about IPv6 ? (cont.) ISP Web Sites: MCI-Worldcom,
GTE, PSINet Zero mention of IPv6 Search PSINet for IPv6 : zero hits
Search PSINet for VoIP: 44 hits What are they talking about ?
Network management, IP telephone, high bandwidth, cheap bandwidth,
about web sites
Slide 47
Policy speech Prime Mister, Yoshiro Mori Sep. 21, 2000 I shall
boldly address the diverse range of issues we face, including the
early realization of e-government, the computerization of school
education and the development of systems compatible with the
integration of communications and broadcasting, on the basis of
discussion in the IT Strategy Council. We shall also aim to provide
a telling international contribution to the development of the
Internet through research and development of state-of-the-art
Internet technologies and active participation in resolving global
Internet issues in such areas as IP version 6 (IPv6).
http://www.kantei.go.jp/foreign/souri/mori/
2000/0921policy.html
Slide 48
IPv6: The New Internet Tidal Wave Jun Murai KEIO University,
Japan [email protected]
Slide 49
IPv6 Impact IPv6 Infrastructure Make an impact on:
Economic/Business/Lifestyle/Educational/etc area Individuals,
Company, School, Community, Administrative organ, Automobile,
Appliance, Home, Sensor, etc Everything can connect/communicate
each other
Slide 50
IPv6 can change Education Attend a lecture/class from
everywhere Attend a class held on downtown University from
countryside Attend a class that you are interested in Study abroad
via Internet Collaboration between teachers Collaborated classroom
between schools Internet can connect between home and school
Internet can connect between school and school By IPv6
Slide 51
IPv6 can change Business All business person can work on IT
Make business smooth Easy to get new customer Use customers
information for next business All home can be a shop owner on the
Internet No need to pay an expensive rent No need to have a
downtown office Person who lives in a countryside can begin/start
up New business By IPv6
Slide 52
IPv6 can change our life
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The role of Internet
Slide 58
IPv4: Not enough in addresses and growing requirements Cable
IPv4 Tans- portation Tans- portation Agri- culture Agri- culture
Econo Finance Econo Finance Educ Phone TV Radio TV Radio Optical
Fiber Optical Fiber Wireless Satellite
Slide 59
IPv6: The Internet Infrastructure Cable Optical Fiber Optical
Fiber Wireless Satellite IPv6 Trans- portation Trans- portation
Econo Finance Econo Finance TV Radio TV Radio Phone Educ Agri-
culture Agri- culture
Slide 60
Analog Communication Phone Econo Financ Econo Financ Educ
Trans- portation Trans- portation Agri- culture Agri- culture TV
Radio TV Radio Phone Infra Phone Infra BCAST Infra BCAST Infra
Slide 61
Internet: as of Yesterday Phone Econo Financ Econo Financ Educ
Trans- portation Trans- portation Agri- culture TV Radio TV Radio
Phone Infra Internet BCAST Infra BCAST Infra
Slide 62
Internet: as of Today Phone Econo Financ Econo Financ Educ
Trans- portation Trans- portation Agri- culture Agri- culture TV
Radio TV Radio Phone Infra Internet BCAST Infra BCAST Infra
Internet Infra (fiber, cable &wireless)
Slide 63
Internet: as of Tomorrow Phone Econo Financ Econo Financ Educ
Trans- Portation Trans- Portation Agri- culture Agri- culture TV
Radio TV Radio Internet Internet Infrastructure (fiber, cable, and
wireless) Phone Infra BCAST Infra
Slide 64
Internet Infrastructure for digital communication society Phone
Econo Financ Econo Financ Educ Trans- portation Trans- portation
Agri- culture Agri- culture TV Radio TV Radio Internet (Integrated)
Internet Infrastructure A testbed is VERY important!
Slide 65
Japan is the testbed now. IPv6 Summit @OSAKA, JAPAN December 18
and 19, 2000