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| February 9 - February 19, 2001 |
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| From: Global Information Summit Bureau 2/9/01 23:24 |
| [25] Summary of Japanese Discussions on Ubiquitous Networks, Feb. 5-8 |
| The online discussion in Japanese on the spread of ubiquitous and broadband networks continued on Feb. 5-8 with the participation of prominent people in the field. Hiroshi Esaki, an associate professor at the University of Tokyo, said mobile telecommunications networks, nomadic communications networks and ubiquitous networks should be discussed separately because they are different technologies that will likely develop different business structures. By nomadic network, Esaki means a network that allows a user to connect from different locations but requires the user to remain stationary while connected. Jay Kishigami, director of NTT Service Integration Labs, raised a question about the overemphasis on broadband in network-related discussions. "We shouldn't require networks to have excessive capacity. We can store data in large-volume, low-price local disks and transmit the data to local users using an appropriate bandwidth at convenient hours. This way, even low-speed networks will appear the same to users as broadband systems," Kishigami argued. |
| From: Anthony M. Rutkowski 2/9/01 23:45 |
| [26] Comment to Japanese Discussions |
[25] Summary of Japanese DiscussionsThis plainly not the accepted notion of nomadic computing. See http://www.lk.cs.ucla.edu/LK/Bib/PS/paper199.pdf "We shouldn't require networks to have excessive capacity. We can store data in large-volume, low-price local disks and transmit the data to local users using an appropriate bandwidth at convenient hours.Excellent point. Perhaps the most pervasive applications in a ubiquitous network environment will consist of small amounts of information in low-overhead containers for which very low bandwidths can suffice. Presence and time (which is often forgotten as a basic need) are good examples. The best way to prevent that situation, Ikeda said, is to auction off radio frequencies and leave it up to the market to decide what is the most effective way to use them.I would respectfully argue the "best way" is to establish basic rules for *unlicensed* broadband spectrum. Indeed, a case can be made that going forward, this decision will have the same profound effect as the FCC policy to reject telco requests for time-sensitive tariffs on dialup access lines to the CO. The result is that you leverage a combination of technology and market to decide the effectiveness. The decision will also have a profound effect on the course of ubiquitous networks. |
| From: Anthony M. Rutkowski 2/10/01 5:45 |
| [27] MIT's Project Oxygen |
| http://oxygen.lcs.mit.edu/ It is MIT's Laboratory for Computer Science's current showcase project, and highly relevant and useful with respect to the list's topic. |
| From: Ernest J. Wilson III 2/12/01 8:39 |
| [28] The Costs of Being Excluded from Ubiquitous Networking |
| My name is Ernest Wilson. I am Senior Advisor to the Global Information Infrastructure Commission, and teach at the University of Maryland . I worked at the Clinton White House on some international IT issues. I am writing a book for MIT Press on the Information Revolution in emerging markets. I wish to thank our Nikkei colleagues for inviting me to participate in this interesting discussion and to Katoh-san for managing it. I believe Ubiquitous Networking is an important goal globally, and is more and more plausible and valuable. As other colleagues have recognized, however, U.N will be a long way off for the majority of the developing world. I would respectfully urge us to consider from time to time the reverse of Metcalf's 'law' governing the benefits of being connected to U.N. ("the square of the number of participants", etc.) -- what are the costs of NOT being connected to the Ubiquitous Network? What are the best methods for calculating the costs borne by the society as a whole; costs borne by the excluded, and those borne even by those who are connected? These can be calculated, even if imperfectly. Demonstrating hi costs of exclusion are directly relevant for some governments who still block conditions necessary for UN. And, of course, evidence of successful ubiquitous networking under difficult conditions is always valuable. |
| From: Hiroshi ESAKI 2/12/01 9:02 |
| [29] We need a global object management system ? |
| This is Hiroshi Esaki of the University of Tokyo, as well as the WIDE Project. Bill put his brief remark on the ubiquitous computing. Ubiquitous computing can be seen the digital equipments connected to the Internet is not only PC (or workstation), but every digital equipment. Hitorically, we are very happy to know the IP address from the logical name (i.e., FQDN) via the global DNS system. However, last four or five years, we have realized we need a global contents directrory service. yahoo just opened the warmof cann. It must be globally coordinated and distributed. |
| From: Bruno Lanvin 2/12/01 9:23 |
| [30] The Costs of Being Excluded from Ubiquitous Networking |
| My name is Bruno Lanvin, Senior Advisor in the World Bank for e-commerce and
e-government matters, and currently Executive Secrtetary of DOT Force (Digital Opportunity Task Force), the initiative launched by the G-8 at its Okinawa Summit (July 2000) to bridge the Digital Divide. I have recently joined the Bank after some twenty years in the UN (United Nations), most recently as Head of E-commerce in the United Nations Conference on Trade and Development (UNCTAD). (getting more people on Metcalfe's wagon) and to the 'missed' economies of scope (fertilizing the ground for more information-intensive activities: for example, distance learning and school connectivity in rural areas can be combined with e-commerce for small and micro-enterprises, etc..). |
| From: Lewis M. Branscomb 2/12/01 12:55 |
| [31] global networking |
| I am the founder of the Harvard Information Infrastructure Program, former VP and Chief Scientist of the IBM Corporation (1972-1986), now emeritus Professor in Public Policy and Corporate Management at the John F Kennedy School of Government at Harvard University and commissioner of the Global Information Infrastructure Program (GIIP). I am pleased to participate in this discussion of global networking. I suggest we focus on three separate issues, which taken together may determine the extent to which global participation will be both possible (affordable) and beneficial (in relation to cost). a) The rapid movement toward a great variety of intelligent networked devices with different architecture from the desk top and laptop computer, hence increasingly different, incompatible operating systems and data structures, I suggest that this trend derives from the great proliferation of personal information devices (palmtops, DOCOMOs, play stations, digital wireless nets and receivers of many kinds, intelligent devices in appliances and vehicles that may all be networked). It will be accelerated by the heavy weight nature of Windows 2000 and the absence of any new integrative architecture that can assure interoperability of all these new networks. In addition the user community may begin to divide up between personal use for entertainment, for education, and for personal communication, verses professional and business use which will remain with laptops and desktop computers. The benefits of universal use of TCP/IP protocols and of the network externalities that they allow may well fade away. |
| From: Anthony M. Rutkowski 2/12/01 21:11 |
| [32] global networking |
[31] Lewis M. BranscombMany of the drivers you describe have long existed, yet the utility of tcp/ip at the top of the network protocol heap, combined with other glue protocols like http/html at higher layers, and utilities like DNS have prevailed over closed, proprietary solutions. Ironically, dominant players of their times like IBM, DEC, or even Microsoft eventually bought into the open connectivity paradigm at key interfaces. Doesn't the empirical evidence argue against a pessimistic outlook? |
| From: Lewis M. Branscomb 2/12/01 23:50 |
| [33] global networking |
| I hope you (Tony Rutkowski) are right. I do believe IBM and others came along because there was one major application -- networking desktop computers -- which was already IBM's business, and it became clear that OSI would not survive in competition with TCP/IP once the latter took hold. But now the market is driven by many classes of users who do not share as much common interests as was true a decade ago. And I fear for IT what happened to TV in the late 30s when the gift to education turned out to be a mind-numbing broadcast system for 14 year old minds. But there is always hope. |
| From: David A. Olive 2/13/01 0:11 |
| [34] We need a global object management system ? |
[29] Hiroshi EsakiComing from the IT industry and interested in how public policy matters affect the industry, do youhave any specific suggestions on how to facilitate the "global collaboration" you see as needed? On the DNS side, we do see the emergence of ICANN. On the content delivery side, the deployment of global contents directory service may be hampered by national rules on broadcasting. Do you see a potential problem here?
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| From: David A. Olive 2/13/01 0:56 |
| [35] global networking |
| I must say that I lean towads the concerns expressed by Dr. Branscomb, though I prefer the optimistic outlook of Mr. Rutkowski.
But if there is a "moving into a world of chaos in which commercial interests will dominate the trends, governments and regulatory agencies may wish to step in. Would this be positive or negative for development of the ubiquitous networks? |
| From: Hiroshi ESAKI 2/13/01 1:33 |
| [36] We need a global object management system ? |
[34] David A. OliveI am not for sure how the global collaboration or governance should be carried on. This would be a subject to be discussed on the list, when you (some members on the list) think it would be important. On the DNS side, we do see the emergence of ICANN.u----m. Internet community has the global collaboration regarding the DNS quiet far before the ICANN emmerge, I think. Yes, ICANN is important and is achieving the great missions :-) But, DNS has long history before ICANN. I think this kind of bottom-up global collaboration is very important. On the content delivery side, the deployment of global contents directory service may be hampered by national rules on broadcasting. Do you see a potential problem here?Yes, yes!!! National rules on boradcasting should be changed. In the Internet, there is no nationalism. Inter-national is before the Internet, and the "global" is with the Internet, I believe. There seems to be two obvious issues on contents distribution and circulation. (1) hollywood policy (2) national rule on broadcast (3) business model of CDN provider Well, I optimistically hope the technology solves issue (1) and (3). |
| From: Anthony M. Rutkowski 2/13/01 1:49 |
| [37] global networking |
[35] David A. OliveHow quickly we forget the lessons of the past. For about 15 years, governments, intergovernmental organizations and regulatory agencies "stepped in" on a very large scale. It was called OSI and became the basis for expending billions of dollars, mega-hours of meetings, and entire forests of trees for printing specifications and mandates. The general idea was that such organizations and their denominated processes would produce the open specifications and administrative requirements for implementing all the world's telecommunication and information systems and products. All the OSI output was referred to as "de jure," and everything else was derisively termed "de facto." The "chaos" of the Internet was treated as some untouchable caste, evoking the ultimate sneer of "de facto." OSI mysteriously disappeared from the lexicon and human consciousness into some cosmic black hole, never to be seen again. Early on, the FCC was asked to step into this fray, and opted to forebear and do nothing - with just a very few, carefully chosen exceptions that dealt with underlying transport fundamentals like cost oriented leased lines, basic RJ-11 customer premises interfaces, and flat rate local access. To its credit, the WTO chose a similar pate. The profound wisdom of this decision is reflected in existence and growth and development entrepreneurial engine that exists today. Plainly, entrepreneurial chaos works exceeding well. Conversely, nearly all substantial government intervention has resulted in monumental debacles. |
| From: David A. Olive 2/13/01 1:49 |
| [38] The Costs of Being Excluded from Ubiquitous Networking |
| Is there a danger that in developing countries developments toward ubiquitous networks are seen as the "premium channel for the developed countries" or just a "premium channel for businesses" who can afford to pay for it? And with a result that public policies and/or regulations that would encourage such developments would be postponed or never considered. I am interested in the concept of "demonstrating hi costs of exclusion are directly relevant for some governments who still block conditions necessary for UbNs (to distinguish it from Bruno's UN --United Nations and to make it networks in the plural, thanks to Mr. Rutkowski's earlier remark.) Has much research work been doner in this areas? Do you think the arguments are compelling and convincing for those countries search for ways to bridge the digital divide with deigital opportunities? |
| From: David A. Olive 2/13/01 2:18 |
| [39] We need a global object management system ? |
| I wish technology could solve future issues surrounding Internet issues and national broadcasting rules. The concern is that some governments may seek to apply old regulatory models, such as broadcasting to the Internet and Internet services. Such an approach is likely to be inappropriate or even harmful to dynamic new markets. Alternative models need to be explored. There is an interesting paper, entitled, "Broadcasting Hits the Internet,"written by Professor Len Waverman of the London Business School, that explores whether or not existing regulatory systems are appropriate or effective in an Internet. The paper was commissioned by the Global Internet Project (in cooperation with the Internet Society) to stimulate discussion and debate about the policy implications of this matter. http://www.gip.org/publications/papers/gipwp40500.asp
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| From: Bradley L. Bartz 2/13/01 3:12 |
| [40] What if they refuse? |
| What if "they" refuse to get connected to our ubiquitous network. I have watched waves of new Internet users join this club called Internet. Experience has shown that a person never forgets who brought him/her online the first time. In operating one of Japan's first ISP businesses I enjoyed the phone calls from wives saying, "what did you do to my husband..." Admit it, you all know a computer addict. It might even be you. With all the exciting things we can offer in a broadband ubiquitous network we are stuck with inertia. Unless AOL delivers fiber to the home of its users their customers will never consider an Internet that is better because it is faster. The Desktop Advertising Paradox is from ship date to average new consumer readiness to try the Internet can be as long as two years. What is the bell curve for the audience sophisticated enough to use all the great things the Internet can and will do? And what if they refuse to get connected. In our house we have a pc or mac per member with wireless broadband. In my brothers they share one computer among five. At least it has broadband. When the daughter uses it mom is amazed at how many AOL Instant Messenger windows she has open and active conversations in. My other two other brothers are not connected. Mom and dad are but they refuse to spend the extra 20 bucks a month for cable. Business Idea: card to allow two or more keyboards and mice operate on one monitor. You can not share a keyboard but you can share a desktop. Wireless so the PC does not look like medusa. Our job is to sell the masses on the Internet. We can guess that we will not outreach the delivery of telephone services but we might be able to timeshare the home pc and effectively reach more people. In the near future telecommuting will be commonplace and cities will congregate around bandwidth hubs. Not. People will learn to live anywhere and telecommute. International and domestic telephone rates are being zereo'd by the Net. Business Idea: provide DSL in all Danchis (low-income housing) in Japan. Set up "Bandwidth Stores" at each danchi. This needs to be government mandated because the "Danchi Grandma Committee" is not likely to make a decision any time soon.
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| From: Bruce W. McConnell 2/13/01 10:47 |
| [41] Three issues that I am interested in |
| I am Bruce McConnell, president of McConnell International LLC, a Washington-based technology policy and management consulting company
(www.mcconnellinternational.com). Prior to starting this company last year, I ran the international Y2K cooperation center, a World Bank/United Nations-supported operation that assisted 170 national governments with their Y2K efforts. And before that I served at the White House budget office, advising on Internet, communications, and encryption policy. I am enjoying reading the postings on this list. Thus far we have covered three issues that I am interested in, and have not yet touched on one other. Action or inaction by national governments and industry leaders will produce a very mixed set of outcomes. Some countries will make technology a driver for a new national economy, leaping from an agrarian or industrial base into the knowledge economy. Others will fail to take the necessary steps and will be left behind in the race for cyber markets." An able rebuttal can be found in David G. Post "What Larry Doesn't Get: |
| From: Sadahiko Kano 2/13/01 23:27 |
| [42] ubiquitous and ubiquitous network |
| My name is KANO Sadahiko, partner of Carpenter Kano Associates, Executive Adviser to NTT, Visiting Professor of Waseda University and also of the University of Edinburgh in Scotland, U.K., where I am currently staying. I would like to respond to the following point he made: [41] Bruce W. McConnellIn the parallel discussion carried out in Japanese, there was a dicussion on the meaning of the word "ubiquitous" and what "ubiquitous network" really means. If ubiquitous network means a "passive" network which exists everywhere and acts only in response to any conscious act of humans such as connecting their PCs or mobile devices (mobile phones, terminals and PDAs) to the Internet, I believe it gives a greater freedom to humans, as it provides information/communication anywhere and anytime. However, there is another school of thought that "ubiquitous network" acts more pro-actively by creating a space in which use is made of various kinds of "sensors" (cameras, microphones, thermometers, light-detectors, carbon dioxide/monoxide detectors, etc) and in which objects, including human beings, are monitored even if they do not have any computer. It is claimed that if such a space is created, for example, in a house, where your mother lives alone, it will assist her when she forgot to turn off the gas burner, or her children not living with her to find out if she is not moving for more than a certain period of time. The important point is that micro-processors are becoming invisible or at least less conspicuous and disappearing from human eyes, thus creating a ubiquitous computing space where computing power becomes more like oxygen. Examples are MIT's Project Oxygen introduced by Mr. Rutkowski in his message [27], Georgia Institute of Technology's "Aware House" project, and the University of Cambridge's "Sentient Computing". I know that my explanation above is an oversimplification of many good and positive ideas and applications pursued by these projects. So, if you are interested, please visit the following web-sites: http://oxygen.lcs.mit.edu/ http://www.cc.gatech.edu/fce/ahri/index.html http://www.ubicomp.org/ http://www-lce.eng.cam.ac.uk I am looking forward to a number of new ideas and applications which this kind of pro-active ("sentient") ubiquitous network will bring forth. However, at the same time, I am aware of a lot of privacy information being gathered by the "invisible" or "disappearing" microprocessors, which may be used to infringe our freedom. We have to develop a framework (code of practice or regulation) to protect our privacy and technologies, for example, to disable unwanted functions existing in the sentient space. |
| From: Global Information Summit Bureau 2/15/01 0:33 |
| [43] Summary of Japanese Discussions on Ubiquitous Networks, Feb. 6-12 |
| During the series of discussions, held from Feb. 6 through Feb. 12, opinions were exchanged on the question of whether single companies should sell both mobile phone terminals and services, as well as on what change advances in network technology may bring to local communities. Toru Maegawa, visiting professor at Waseda University, said that consumers would benefit if mobile phones and mobile phone services were provided by separate companies. "If mobile phones and mobile phone services are offered by different firms as European countries, handset manufacturers will likely be able to design and develop their products more freely, and I believe competition on the market for mobile phone services would become fairer," Maegawa said. His opinion sparked a lively debate. |
| From: Global Information Summit Bureau 2/16/01 23:42 |
| [44] Summary of Japanese Discussions on Ubiquitous Networks, Feb. 12-15 |
| In exchanges on Feb. 12-15, participants presented their views on electronic money, building high-speed infrastructure, the Napster ruling, the educational possibilities of ubiquitous networks and the role of government. E-money Hajime Kobayashi, a senior officer of the Japan Regional Development Corp., said it is not surprising that e-money capable of acceptance everywhere would have to be backed by the security and credibility of the issuer, given the fact that electronic commerce is conducted beyond national boundaries. Currently only the regular paper money issued by the Bank of Japan is used as currency. Yasushi Nakayama, an associate professor at Tokyo University, said that issuers of e-money will materialize, if conditions similar to those backing the credibility of Bank of Japan notes are put in place, including immunity to forgery and the impossibility of the issuer failing. "I think both the government and the Bank of Japan are now keeping a close watch over the development of innovations rather than seeking to regulate," he added. Building infrastructure Nobuo Ikeda, professor at the Global Communication Center of the International University of Japan, said the "right to lay links" is hindering the improvement of infrastructure. He insisted that the government should carry out utility pole deregulation, like the "Big Bang" which opened financial markets, by simplifying the approval procedures governing access. Toru Maegawa, visiting professor at Waseda University, took up the issue of using electric power lines as a new transmission means and repeated the opinion of a Ministry of Posts and Telecommunications official who said "The reaction of manufacturers is slow, though regulations can be revised." The Napster ruling Referring to the U.S. federal appeals court ruling on copyright infringement by Internet music file exchange service Napster Inc., Satoko Usui, senior consultant at the Fujitsu Research Institute, said "The court guaranteed that peer-to-peer exchanges of data files are acceptable as long as technological measures are put in place to prevent copyright violations." She added that the future depends on technology-oriented venture businesses not missing business chances. Educational Possibilities Tetsugoro Yamashita, a director of the Communication Industry Association of Japan, asked "Has anyone discussed who will take the trouble of putting Japan's intellectual assets on a ubiquitous network and in what way?" He said it would be wonderful if teaching materials, including those for lifelong learning, could be accessed ubiquitously and knowledge held in common as a public asset through the network. Tetsuo Imagawa, associate professor at Osaka University, said that the 50-year copyright protection period is too long and should be shortened and exemptions granted to material used for educational purposes, while acknowledging the rights of copyright holders. Role of government Shuji Honjo, an advisor with General Atlantic Partners, said that reverse auctions, where buyers set a price and fish for a seller, including the service offered by Priceline.com Inc., are impossible in Japan because of regulations imposed by the Ministry of Land, Infrastructure and Transport. He asked for discussion on how to deregulate. Shin Yasunobe, a director of the research division of the Stanford Japan Center, said, "In many cases, those who are against deregulation are private-sector concerns apparently afraid of competition." He said the difference in the degree of regulation between Japan and the U.S. reflects the difference in the level of faith in the market. |
| From: Moderator - Masanobu Katoh 2/17/01 9:14 |
| [45] Roles of private sector and governments |
| I hope you are as pleased as I am with the Net discussion so far on "The Era of the Ubiquitous Network." In my first message to all of you , I asked you to pick some issues you wanted to discuss (with your brief comments) regarding challenges and difficulties to make networks available everywhere. I would say that we have raised many challenges so far and I have tried to summarize the most recent ones below. In the most recent Japanese discussion, there has been an exchange of views on electronic money, building high-speed infrastructure, the Napster ruling, the educational possibilities of ubiquitous networks and the role of government. At this stage of our discussion, I would ask you all to focus your comments on what we should be doing to address the challenges we have raised. In particular: 1) What we can do as leaders in the private sector? 2) What should we recommend that governments do to help address the challenges to the UbNs? I hope to hear more from all of you shortly. ---------------------- To sum up our recent exchanges, I note that: We have heard from Dr. Wilson about "The Costs of Being Excluded from Ubiquitous Networking "[28], including demonstrating that the high costs of exclusion are directly relevant for some governments who still block conditions necessary to access UbNs. Professor Esaki raised the need for a global object management system [29] and the next challenge as the deployment of global contents directory service which must be globally coordinated and distributed. Our World Bank colleague, Bruno Lanvin talked about the cost of not taking action [30]. In the case of network development, such cost is of particular importance because of the speed at which developments take place. Dr. Branscomb raised three points [31] a) the rapid movement toward a great variety of intelligent networked devices with different architectures, b) The restructuring of the IT industry, with a trend toward "stovepipe" industrial structure, thus again removing the universality of connection we associate with today's Internet, and c) the availability of multilingual search capability and auto-translation. Mr. Olive raised the concern is that some governments may seek to apply old regulatory models, such as broadcasting law to the Internet and Internet services [39]. Such an approach is likely to be inappropriate or even harmful to dynamic new markets and UbNs. Alternative regulatory models need to be explored. Mr. McConnell pointed out that we have not yet begun a discussion of the impact of UbNs on freedom. [41] Some see ICT as inherently liberating technology and others view it a tool of perfect control in the hands of business and government. And Mr. Bartz's memorable question, " What if "they" refuse to get connected to our ubiquitous network?." [40]...even with attractive business models. |
| From: Anthony M. Rutkowski 2/17/01 10:58 |
| [46] Roles of private sector and governments |
[45] Moderator - Masanobu KatohOrient our business plans. 2) What should we recommend that governments do to help address the challenges to the UbNs?Make available copious amounts of unlicensed wireless spectrum; and facilitate private-sector activity. |
| From: Lewis M. Branscomb 2/18/01 5:02 |
| [47] Roles of private sector and governments |
[45] Moderator - Masanobu KatohCarefully consider the long term value of connectivity and low barriers to entry for new services before adopting business models that look for short term gains from stovepiping access and content. Keep the net open and competitive. 2) What should we recommend that governments do to help address the challenges to the UbNs?Try to keep telecom and netw services genuinely competive; require cable modem services to carry other's content at reasonable rates; provide unregulated bandwidth to continue high rate of innovation in digital wireless; provide some mechanism for cross susbidies for areas of very low population density or low economic capacity. |
| From: Ken Lyon 2/18/01 19:52 |
| [48] Roles of private sector and governments |
| My name is Ken Lyon and I am the founder of a company called Sourceree which provides supply chain event management services. Prior to starting this I was the VP of international information services for the UPS Logistics Group. I have noted the various exchanges between fellow GIS participants with interest. Clearly some profound observations and comments have been made, but I would like to suggest a couple of points which have occurred to me. Clearly a ubiquitous high availability, high bandwidth network is desirable. But even if such a utility were available on a global basis, I am not sure that we could predict with any certainty what impact it would have. In the supply chain field with which I am somewhat familiar, there has been much speculation that advanced planning and forecasting systems would revolutionise manufacturing processes; especially if these systems were interconnected between trading partners. So far very little evidence of success has materialised. The problem seems to be, that even if it is possible to reshape the operations of a company to leverage these information rich 'engines', they can only work within small well defined areas. The problems are amplified when they are extended across functional areas within organisations, and become almost impossible to use when extended across several companies. This seems to be because all organisations, however similar on the surface, operate differently for all manner of reasons - culture, convention etc. It would seem that unless the technology adapts to the prevailing environment, and this is often less organised and structured than the designers expect, it proves to be unworkable. This is just one example. If the experience with the French Minitel system some 16 years ago is anything to go by, the adoption and use of technological revolutions by society causes big unexpected surprises. The French Government decided that it would be a good thing to replace the printing of the phone directories with electronic terminals to save cost. This would also provide a platform that could support all manner of electronic services. This was an inspired idea and did generate an explosion in traffic across the network accessing new services. Unfortunately, they were primarily for accessing sex related services.... It was only later that commercial services began to dominate but, as a result, actually impeded the penetration of the World Wide Web because people were reluctant to switch due to difficult compatibility issues. In conclusion, universal access to high bandwidth communications must be encouraged, but as with evolution, it may be rather difficult to describe its shape and nature during the process. Governments should therefore resist the temptation to regulate infrastructure and services too closely, but seek to encourage beneficial uses and developments in this new medium as they occur... And I know that this will be difficult to do! |
| From: Anthony M. Rutkowski 2/18/01 22:43 |
| [49] Roles of private sector and governments |
[48] Ken LyonThere was also interesting testimony by one of France Telecom's senior executives before US Congress on the MiniTel project during the late 80s where he described the enormous amount of money (billions) spent and the motivations. One of the prime motivations was to prop up OSI standards - which at that time basically represent an effort that pitted government selected standards (OSI) versus Internet and other de facto standards. It underscores your point not only with regard to regulation, but also suggests extreme caution when intervening through standards mechanisms as well. |
| From: Bill St. Arnaud 2/19/01 10:28 |
| [50] Towards Ubiquitous Information Society - the Canadian Model |
| One of the challenges that prevents large scale ubiquitous Internet is the lack of a ubiquitous broadband telecommunications infrastructure. What little broadband infrastrcuture that is available is controlled by largely monopolistic incumbent telephone companies and cable companies. Countries like Japan, Sweden, Norway, Holland and many others are looking at ways to advance the deployment of a broadband infrastrcuture in the their respective countries. In Canada there are major national and provincial initiatives to build condominium fiber networks to call communities. Many governments are now looking at the advantages of condominium or customer owned fiber. There is universal belief that the private sector in an OPEN, COMPETITIVE environment is the best vehicle for lowering cost and promoting innovation. Not only do condominium networks substantially reduce telecommunication costs, but they have also can significantly increase the number of competitive service offerings because any service provider can also purchase strands of fiber. It is not necessary that government own the fiber or build the networks themselves. It is all about political leadership. Governments and communities can encourage the deployment of condominium fiber networks in their jurisdiction by tendering their existing telecommunication business only to those companies that will deploy such networks. In some cases provincial, state and federal governments can play a critical leadership role by providing additional funding to make sure that all communities can enjoy the benefits of condominium fiber networks. A couple of excellent examples of this model are: For Chicago CivicNet see http://www.cityofchicago.org/CivicNet/civicnetRFI.pdf For Alberta SuperNet see http://www.canarie.ca/advnet/workshop_2000/presentations/cheney.ppt The Stockholm municipal network Stokab at www.stokab.se The Peel Municipality network at http://www.canarie.ca/advnet/workshop_2000/presentations/wiseman.ppt Also an excellent White paper: The case for Municipal Fiber Network http://www.smartwinnipeg.mb.ca/Municipal_Fibre.htm Also please additional background material at www.canet3.net |
| From: Makoto Yokozawa 2/19/01 14:01 |
| [51] 5Ws and 1H in the Ubiquitous Network |
| I'm still catching up with past 50+ mails in gis-e, however, if I may write a little bit about my point, my simplest question in ubiquity of the Net is the meanings of 5Ws&1H. "Wherever" and "whenever" will be the basic requirements of the Ubiquitous Networks. "Whoever can use the ubiquitous networks" will mean there'll be no "digital divide" there. "Whatever can be sent and received", "for any reason" will be discussed in relation with the ubiquity of contents - data, information and knowledge. Then "however" means we can use any types of appliance, media and network infrastructure in the Ubiquitous Network. A project team in Nomura Research Institute, including myself, published a Japanese book titled "The Ubiquitous Network" in late Dec. last year. And one of my concerns here is how we can describe "ubiquity". |
| From: Anthony M. Rutkowski 2/19/01 21:46 |
| [52] 5Ws and 1H in the Ubiquitous Network |
[51] Makoto YokozawaWill it be available in English? And one of my concerns here is how we can describe "ubiquity".Good focal point. Can you elaborate on factors you used? Some of the more obvious ones - as well as tradeoffs - would seem to include the following. o connectivity availability - simple, but enormously complex in deployment economic, technical, bandwidth, and management tradeoffs o access - similar to availability, but entwined with individual authentication, privacy, and billing issues o reachability - which involves bidirectional attributes, especially including security, and privacy issues o resource availability - similar to reachability, but encompassing a greater level of granularity and permissions o for whom/what - devices, individuals, agents, other users - and on what scale The mobile agent community explored some of these issues a few years ago. In some ways, theoretical mobile agent environments look like ubiquitous networks. The security problems in these environments are very difficult. |
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| For further information contact: The Global Information Summit Secretariat gis@nikkei.co.jp | ||
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| Copyright 2001 Nihon Keizai Shimbun, Inc., all rights reserved. |