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October 7,
2002, Vol. 13, No. 13
ISSN 1346-5317
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Policy on Calculation of Interconnection Charges Based
on the Revised LRIC Model
-- Overview of the Report by the Telecommunications Council --
| On September 13, 2002, MPHPT received a report
from the Telecommunications Council (Chair: Mr. AKIYAMA Yoshihisa)
in response to the inquiry of March 27, 2002, about the "Policy
on Calculation of Interconnection Charges Based on the Revised LRIC
Model." This report was compiled based on the results of hearing
conducted by the Council from August 1 through 30, 2002. |
MPHPT, paying due respect to the report, will take necessary
measures for amending relevant ministerial ordinances, etc.
The outline of the report is as follows:
1. Evaluation of the revised LRIC model
- The Telecommunications Council respects the assessment of the study
group on the LRIC model as transparency and fairness of the process
was ensured. The revision of the LRIC model was conducted mainly focusing
on the items indicated by the former report and the points collected
through the public comment procedure. Additionally, important logic
and input data were reviewed not only by domestic and foreign telecommunications
carrier participants in the Working Groups of the study group but also
through the workshop and meeting with foreign organizations and agencies.
The economic lifetime of the transmission equipment, about which comments
were given, was revised from 6 years to 8.4 years considering the current
circumstances of telecommunications carriers.
2. New Interconnection Charges
(1) When to start application
- Interconnecting carriers have already finished submitting applications
for installing GC and ZC interconnection lines. Accordingly, applying
the revised LRIC model from FY2002 could force interconnecting carriers
to modify their business plans to a large extent. Therefore, the approved
interconnection charges should be applied in FY2002 and the revised
LRIC model should be applied from FY2003.
(2) Period of application
- In the near future, the structure of PSTN might change due to advances
in technology based on IP, and the market structure of telephony services
might also change based on the diffusion of IP telephony. Therefore,
the application period of the revised LRIC model should be shorter than
that of the current model: it should be two years (FY2003 and FY2004).
(3) Replacement of input data
- Input data including traffic volume should be fixed for the application
period because the level of interconnection charges are predictable
to facilitate the business plans of interconnecting carriers and give
carriers an incentive to achieve rationalization and increase traffic
volume.
- The traffic volume for calculation of interconnection charges should
be forecasted data for the application period. Input data for the current
model is fixed because it was the first time to introduce the LRIC methodology,
and the steep reduction of GC and ZC interconnection charges could adversely
influence incumbent carrier management policy. At present, however,
GC and ZC interconnection charges have already been reduced according
to the current model, and many participants in the public hearing predict
that the volume of traffic will decline. Therefore, the model should
be applied based on its principle.
In the case where it is difficult to forecast traffic volume, the most
recent traffic volume should be used.
- The other input data also should be updated as much as possible to
be consistent with the traffic volume data.
(4) Cost recovery method (treatment of NTS costs)
- In Japan, feeder RT (FRT) and other costs have been recovered through
traffic-dependent charges because the functions of FRT and other facilities
were originally provided by local switching equipment, then later separated
as technology advanced and because it has been based on our pricing
policy to reduce the cost basis of the monopolistic basic user-line
fee and to lower the fee.
- However, from the viewpoint that the costs should be recovered more
directly, NTS costs should be recovered based on the number of subscriber
lines, not as part of traffic-dependent charges. In this case, however,
as mentioned in the former report, Òit is necessary to accept
certain requirements while seeking a solution to the problem of recovering
feeder RT cost". Two methods can be considered for recovering NTS
costs based on the number of subscriber lines: i) recovering from the
basic user-line fee and ii) recovering from the flat-rated interconnection
charges.
- As for method i), raising the basic user-line charge through the transfer
of FRT costs needs further discussion and is considered to be very difficult
as far as reaching a social consensus is concerned because of the continuing
deflationary trend. In addition, consumer groups oppose increasing the
basic user-line fee, which must be paid independently of usage.
- As for method ii) , though it would be useful for the interconnecting
carriers to set the user fees more flexibly, comments supporting this
method were not submitted for public comment. There is also the technical
problem of how to allocate the costs to each carrier. Thus, this cannot
be considered a fundamental solution for recovering NTS costs. If this
problem is solved, however, this method could be another candidate if
the time limit of application of the flat-rated interconnection charges
is clarified and other ways of recovering NTS costs are implemented
and acceptable for users.
- As for the treatment of NTS costs, study groups should be held immediately
to fundamentally and systematically revise the current telecommunications
fee system including the basic user-line fee.
(5) Treatment of expenses for installation of interconnection
lines and trunk port costs
- In cases where establishing traffic-dependent charges may lead to
inefficient installation of equipment, such costs should be imposed
on responsible carriers, even though they have been treated as basic
functions. But first of all, carriers should address this matter to
reduce the excess lines.
As for expenses for installing these lines, they should be imposed individually.
(6) Establishment of Separate Interconnection Charges for NTT East and
West
- Three methods were considered for separate interconnection charges
for NTT East and West: (A) applying the average value between East and
West estimated by the revised LRIC model, (B) applying a separate value
estimated by the revised LRIC model individually for NTT East and West,
and (C) applying the estimated value for NTT East and the average value
for NTT West.
- As a result, based on the fact that NTT East and West are separate
companies, the method (B), applying the separate values estimated by
the revised LRIC model, is appropriate.
- However, it is necessary to take into account that immediate application
of the actual value estimated by the LRIC model may adversely damage
NTT East management policy and increase user fees in the NTT West area.
Therefore, some appropriate measures should be taken, such as a phased
application.
3. New Functions to be included
in the range of application
(1) Subscriber line transmission function
- The problem indicated in the former report has been resolved due to
the fact that the logic on estimating underground cables was revised.
Therefore, the revised LRIC model is an appropriate method to be applied
to subscriber line transmission functions (for Personal Handyphone System
cell stations).
(2) Directory assistance function and public telephone
function
- At present, NTT East and West have reduced their investment for the
current PSTN. On the other hand, one of the assumptions of the LRIC
model is that the facilities are constantly renewed. Therefore, the
model should not be applied.
(3) Exclusive-use interoffice transmission function
- The charges of exclusive-use and shared-use interoffice transmission
functions are quite different because they are calculated in different
ways. From the viewpoint to correct this situation immediately, during
the revision of the LRIC model, some logics were added and modified.
Therefore, it is appropriate to apply the revised LRIC model to the
calculation of the corresponding function.
4. Policy on Calculation of Interconnection
Charges in the Future
- Current and revised models are based on the assumption that investment
for facilities would continue even after the economic lifetime of these
facilities comes to an end. Therefore, the LRIC method cannot achieve
its original purpose when investment for renewal is suppressed and the
value of most of the network facilities has reached zero.
- Therefore, other methods would need to be considered when the validity
of the calculated results of the LRIC model could be lost. In such cases,
however, the method should be able to eliminate inefficiencies; possible
options could be a method to correct the accounting data or price-cap
regulations. Depending purely on the historical cost is inappropriate.
FY2001 Survey Results on Price Variances
between Domestic and Overseas Telecommunications Services Compiled
MPHPT has compiled the results of "FY2001
Survey on Price Variances between Domestic and Overseas Telecommunications
Services" on a commission basis.
The outline of the survey results is as follows:
1. With regard to charges of flat-rate continuous access services to
the Internet in Japan, declining trends are progressing, and the prices
in Tokyo for ADSL and cable Internet reached the lowest level around
the world.
2. In addition, telephone charges in general are becoming lower, for
example, charges for daytime local calls have become the lowest in the
world. Although few portions remain at high levels, as a whole, telephone
charges in Japan are comparable to those in the U.S. and Europe.
Note: Circumstances surrounding telecommunications tariffs
differ on a country-by-country basis, and for the following reasons,
it is not necessarily appropriate to make sweeping statements about
gaps being large or small.
a) There are various tariff structures in existence, from ordinary charges,
discount ones, etc.
b) There can be differences according to region within the same country.
c) Fluctuations in the foreign exchange rates cause considerable impact
charges.
Consequently, it would be appropriate to take these points into consideration
and regard these survey results as indices.
For details refer to the Japanese web site
http://www.soumu.go.jp/s-news/2002/020911_1.html
The Fifth Japan-Sweden Policy Dialogue
Held
On September 19 and 20, 2002, the Fifth
Japan-Sweden Policy Dialogue was held at the head office of the Swedish
National Post and Telecom Agency (Post- och Telestyrelsen: PTS), Stockholm,
Sweden.
Participants to the dialogue were as follows:
From the Japanese side: Mr. MORI, Director-General, International
Affairs Department, MPHPT; and others.
From the Swedish side: Mr. Nils Gunnar BILLINGER, Director-General,
PTS; and others.
[Topics and outcomes of the dialogue]
1. Pro-competitive policy
The Swedish side presented their policies through explanations on:
i) historical development of relationships between the EU Directives
and Swedish domestic laws, and ii) Swedish bill to be enacted by July
2003 in accordance with the EU Directives. One of the features of
the new bill, compared with the current law, is the delegation of
regulatory authority (including that concerning asymmetrical regulations)
to PTS.
The Japanese side explained i) trends in pro-competitive policy, ii)
the current status of the Japanese telecommunications markets, iii)
amendments to the Telecommunications Business Law, and iv) the outline
of the final report of the "Special Department for Desirable
Pro-Competitive Policies in the Telecommunications Business Field
for Promoting the IT Revolution," the Telecommunications Council.
At the Q&A session, both sides actively exchanged opinions on
future issues, such as new competition frameworks, the current status
of consumer protection and frameworks for consumer protection administration.
In succession to the opinion exchanges, the two countries reached
a conclusion that both sides shall make concerted efforts to further
promote fair competition.
2. Mobile communications
The Japanese delegation made a presentation on i) penetration rates
of mobile communications and mobile Internet in Japan, ii) the current
deployment status of the third-generation (3G) mobile communications,
and iii) future possibilities of 3G applications.
The Swedish officials explained i) the 3G introduction schedule for
which licensing conditions were decided in March 2001, and the preparation
for facilitating the roll-out of 3G networks and services to be completed
by the end of December 2003, and iii) licensing conditions, such as
population coverage.
As Japan started the world's first commercial 3G mobile communications
services, the Swedish side actively asked a chain of questions on
reasons for the differences in the numbers of subscribers to 3G services
of NTT DoCoMo, Inc. and KDDI Corp., revenue sharing between content
providers and mobile carriers, etc. The Japanese side asked the counterpart
about the licensing procedures and detailed licensing conditions.
Finally, both sides agreed that further collaborative R&D efforts
on mobile communications between the two at Yokosuka Research Park
should be encouraged toward the future.
3. IT policies
The Swedish side explained its IT policies, including i) how "e-Europe"
is introduced into Swedish IT policies, ii) its countermeasures against
IT security/privacy problems through the establishment of relevant
projects, iii) as efforts to promote broadband for people with disabilities,
policies of the Swedish government that purchases from the private
sector services contributing to the promotion of IT among people with
disabilities, and iv) the implementation status of frameworks for
e-signature and e-certification in line with the EU Directives.
According to the "e-Japan 2002 Priority Program," Japan
explained the progress and targets of its IT policies that are vigorously
implemented under the "e-Japan Strategy."
At the Q&A session, the Japanese side made questions on reasons
for the world's highest penetration rate of the Internet, the Swedish
side listed the backgrounds including i) the penetration speed being
faster because of its small population and narrow national area, and
ii) IT promotion policies are employed for facilitating introduction
of IT equipment through tax incentives. As a whole, forward-looking
opinion exchanges were made on i) indispensable support measures for
users, including people with disabilities, toward future widespread
use/promotion of IT, and ii) the current status of budget allotment/policies
for ensuring security and reliability. The two parties agreed that
in order to realize an IT society both sides should make concerted
efforts and continue to exchange opinions.
(In Sweden, the ratio of closed-captioned TV broadcast programming
is 52%)
4. Digitalization of broadcasting
When opinions were exchanged on digitalization of broadcasting in
both countries, the Japanese side came to know that Sweden has already
started terrestrial digital broadcasting through use of unused frequencies
allocated for analog broadcasting, thus there was no need to reallocate
other frequencies for the existing analog broadcasting. Both parties
agreed that the two countries should conduct frequent opinion exchanges
taking into consideration Japan's plans to launch terrestrial digital
broadcasting.
5. Next meeting
It was agreed to hold the next meeting in 2003 in Tokyo. Detailed
schedules and agenda would be fixed during working-level consultations.
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The
Fifth Japan-Sweden Policy
Dialogue
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Meeting Held between Minister
KATAYAMA and French Minister Delegate for Industry Nicole FONTAINE,
Attached to the Minister for the Economy, Finance and Industry
On September 20, 2002, French Minister Delegate for
Industry Nicole FONTAINE, Attached to the Minister for the Economy,
Finance and Industry (Ministre deleguee a l'industrie, aupres du
ministre de l'economie, des finances et de l'industrie), Senator
Pierre HERISSON of the Senate and Deputy Jacques MASDEU-ARUS of
the National Assembly and others paid a courtesy visit to Minister
KATAYAMA, then exchanged opinions on cooperation between the two
countries in the IT field, among others.
At the meeting, Minister KATAYAMA presented a welcome address stating
that a series of the Japan-France Regular Bilateral Consultations
on the IT field has been held and closer ties between the two countries
have been maintained for many years. Then, Minister FONTAINE said
a greeting stating that the visit to Japan this time was to participate
in the Eighth International Energy Forum being held on September
21 through 23, 2002, in Osaka, and to exchange opinions with Minister
KATAYAMA on the current status of Japan's information and communications,
etc.
Minister KATAYAMA added an introduction of Japan's policy direction
in the information and communications field (e.g., the third-generation
(3G) mobile communications systems, digital broadcasting, etc.).
In particular, Minister KATAYAMA stated that Japan and France will
make concerted efforts to strengthen collaborative ties concerning
standardization and commercialization of the fourth-generation (4G)
mobile communications systems. Minister FONTAINE replied that France
will cooperate with Japan on 4G, and explained the situation of
business deployments by telecommunications carriers in Europe.
In addition, the two ministers exchanged opinions on postal service
reforms in both countries.
Before closing the ministerial meeting, both sides confirmed that
cooperative ties between the two countries will be further promoted
toward the future.
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Meeting
between Minister KATAYAMA (left) and French Minister Delegate
for Industry Nicole FONTAINE (right)
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International Policy Division,
International Affairs Department,
Telecommunications Bureau,
Ministry of Public Management, Home
Affairs, Posts and Telecommunications
1-2, Kasumigaseki 2-chome, Chiyoda-ku,
Tokyo 100-8926, Japan
Fax: +81-3-5253-5924
Tel: +81-3-5253-5920
e-mail: feedback-newsletter@soumu.go.jp
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