Internet Special Issue
What
does the Internet offer to governments?
The Internet and Intranets can be very
useful for individual civil servants, public
sector organizations and their customers. Benefits
come from improved access to information, improved
internal and external communication, and speedier
provision of information and services to the
customers.
The Internet and Intranets can significantly
increase the speed and accuracy of various government
transactions, internal and external. The networks
are also excellent coordination tools as they
allow convenient sharing of information among
the government departments. Practically every
area in the public sector can benefit from these
technologies.
The Internet, in particular, can be a vehicle
for providing better services to the general
public, the private sector and NGOs, and other
customers of the public sector. There are no
limits on what information can be maintained
in the global network. For instance, governments
can provide information to citizens, tourists,
domestic and foreign investors; they can promote
the country in general and its export items
in distant markets. The provision of information
on the location, extent and limits of natural
resources can help the effective and sustainable
use of these resources.
It is not only the use of these networks that
has substantial economic impacts. The construction
of the information infrastructure itself requires
investments and generates new jobs in sectors
that are important for overall economic development.
A good national information infrastructure attracts
investments to other sectors as well.
Of the social sectors, the highest impact
is felt in education. In the Internet era, learning
and teaching are no longer restricted to one
location and its resources. Initially the Internet
may be used as an enhancment of traditional
teaching, but as methodologies and communication
links develop, it has the potential to become
a primary tool for distance learning. With multimedia
technologies improving, transmissions of live
lectures and demonstrations are becoming technologically
possible, at least in selected developing country
locations. The Internet supports well the concept
of life-long learning, especially after a greater
number of work places and homes become connected
to it. Technically this is because it provides
a convenient linking facility to information
repositories in academic, administrative and
private networks.
Particularly important to developing countries,
health care can be improved with the help of
Internet. Already low speed connections are
sufficient to deliver text-based health information
for prevention and cure of illnesses. The Internet
can be useful also in the surveillance of emerging
diseases and in the management of patient services,
community and home-based health programmes.
Electronic transfers of patient and diagnostic
information, such as electrocardiograms and
X-rays, would help remote physicians to consult
hospitals and colleagues to find appropriate
cures. If high speed links are available, video
conferencing offers possibilities to conduct
distant training for health care teams. Analogous
uses of the Internet can be found in other sectors,
for instance in engineering.
Productivity concerns
Properly used, the Internet and Intranets
in general, and e-mail in particular, are excellent
productivity tools in government agencies. In
principle, they can help the employees to optimize
their time use: Information can be searched
for exactly when needed and electronic correspondence
handled when needed or when time allows.
The mere existence of an Internet connection,
however, does not automatically increase an
organization's total productivity. Governments
need to invest in staff training; self-learning
must also be
encouraged. During the introduction period,
the staff would inevitably (have to) venture
to areas that are outside their immediate field
of work. However, that should not become a norm.
To prevent Web browsing from becoming habitual
at work places, brief guidelines and samples
on its appropriate uses in the organizational
setting may be considered. Web addictions of
enthusiasts should be directed to serve the
organization's goals.
Some studies have shown that a fairly large
proportion of Internet use in offices is not
directly relevant to work and therefore can
reduce individual productivity. One private
company, realizing that the checking of e-mail
and surfing on the Net started to disrupt productive
working stretches during the day, solved the
problem by disabling those tools, except at
particular early morning, lunch-time and evening
hours.
Although the administrators can to some extent
monitor the traffic generated by local users,
they cannot effectively restrict the access
to particular substantive areas in remote content
providing sites. The Internet is simply too
large and too dynamic to be controlled or effectively
kept outside the work place. The only simple
way of preventing non-business use is not providing
access in the first place, which would be a
pity since with appropriate policies and training,
the benefits of the Internet, and in particular
Intranets, by far outweigh the disadvantages.
Finding information becoming
easier
Finding specific information on the Internet
used to be difficult. Fortunately, the Internet
information search tools have been improved
tremendously during the past couple of years.
There are already several reasonable search
engines available and more are launched every
month. There are many on-line guides on how
to search for a particular piece of information
on the Internet. The authors of one such tutorial
(Teaching Library University of California,
Berkeley: Finding Information on the Internet
- A Tutorial, URL http://www.lib.berkeley.edu/ TeachingLib/ Guides/ Internet/FindInfo.html)
point out that the investment of time to learn
to effectively and efficiently find information
on the Internet using complex search strategies
is worthwhile, and simple searching is usually
not.
Strategies for successful
information provision
A government agency can establish its presence
on the Internet fairly quickly, if it rents
space in the Web server of an Internet Service
Provider (ISP) and has its hypertext pages prepared
externally. The pages do not necessarily need
to be physically near. If the domestic infrastructure
is inadequate, foreign ISPs can be considered.
(This model is actually quite commonly used
by private sector companies in developing countries).
That way the outlay on hardware, software and
training would be minimized.
Outsourcing may be a recommended strategy
if the information to be provided remains fairly
static, such as general information about the
organization. The Internet is, however, best
suited for the provision of information that
keeps changing, such as news, price quotes and
interactive transactions. An efficient on-line
information provider would integrate the production
of its Web pages to its other daily operations
(business processes). For instance, word processing
documents could be produced in such a way that
their conversion to HTML can be automated to
a large extent; this may require a new look
at the organization's word processing. Similarly,
existing databases could be interfaced to the
Web without an extra step of converting the
records to HTML.
The availability of an Internet connection
is only the first step in the path towards effective
Internet service provision. As has been said,
training is required at all levels, including
the Webmaster, information content producers
and the management. Internet and Intranet, which
are essentially information sharing tools, can
potentially improve many of the established
operations in an organization. However, high expectations are warranted only if the organization
is willing to adopt new ways of working, and
especially, if it is willing to go the distance
towards an open information culture.
Internet
in brief - A simple glossary
The Internet is best introduced through live
examples of what can be done with it today.
Browsing through the information and services
provided in the sector by leading national and
foreign organizations helps one to imagine how
one's own organization could utilize the network.
If it is difficult to perceive how the
external clientele would benefit from the
Internet services, one may want to focus on
what internal benefits could be obtained from
the Internet and an Intranet. To assist the
general management tune into the language of
the IT staff, the Newsletter has compiled
a concise glossary of the central Internet terminology.
>
| Concept definition |
| Internet |
The most important global
network, network of networks connected by
Internet gateways. Evolved in the 1970s
from ARPANET, an early packet switching
network in the United States. Gained in
popularity in early 1980s as a defence networking
standard, then spread to academic institutions
in late 1980s. Has grown exponentially and
spread globally in the 1990s, especially
after the popularization of the World Wide
Web.
Internet usually refers to the physical
aspects of the global network. Electronic
mail, World Wide Web, FTP, Gopher, Talk,
IRC are some of the applications developed
for the Internet. Internet has no central
administration or control. Decisions about
Internet connections (establishment, upgrade,
etc.) are made between parties involved
in the physical connection. There is however
a central authority, in fact more recently
several of them, which registers the domain
names. |
| Internet protocols |
On the Internet, data are
transferred by using TCP/IP (Transmission
Control Protocol over Internet Protocol.
IP (network layer) is a connectionless packet
switching protocol providing packet routing,
fragmentation and re-assembly. TCP (transport
layer) adds reliable communication, flow-control,
multiplexing and connection-oriented communication.
It provides full-duplex, process-to-process
connections. |
| Intranet |
TCP/IP network accessed by
internal users only. Like the Internet,
Intranets are gaining in popularity very
fast. WWW browsers are used to access various
types of data in web servers and databases.
Intranets offer an efficient productivity
tool for managing various types of corporate/organization
wide information. Can be implemented without
access to the Internet. Currently expanding
in technologically advanced countries more
rapidly than the Internet. |
| Internet 2 |
A collaborative effort of
more than 100 U.S. universities to develop
the next generation of computer network
applications to facilitate the research
and education missions of universities.
Internet 2 is a framework for developing
the tools - the applications and the network
- necessary to connect member universities.
Data transmission speeds targeted to be
100-1000 times faster than on the Internet.
It will not replace the current Internet,
but it will make use of existing and new
high speed networks. While on the current
Internet all traffic is given about the
same priority as it is passed along the
network from one computer to another, the
"Quality-of-Service" concept of the Internet
2 would allow applications to request a
specific amount of bandwidth or priority
for themselves. The effort is supported
by federal government agencies, private
corporations and non-profit organizations
that have experience and know-how developing
computer networks. (Internet 2 home page
is at http://www.internet2.edu/
) |
| Internet addressing, domain
names |
Messages on the Internet
are addressed by using domain names. Internet
domain names, or names of the host systems,
consist of a sequence of subnames separated
by a delimiter (e.g. un.org). They are continually
updated in an online distributed database
system, domain name system (DNS). |
| Hardware |
| Clients and servers |
Although the users "see"
only one application, practically all Internet
applications follow client-server architecture,
where processing is split (in various proportions)
between the client computer and the server
computer. The client side provides the user
interface to the server, sends users' requests
to the server, receives the returned information
and interprets (displays) it to the user.
Peer-to-peer architecture (as opposed to
client-server) is also used in some user-to-user
Internet applications. |
| Router |
A device that connects a
local area network -- such as an inter-office
LAN -- to a wide area network-- such as
the Internet. The router's job is to move
information between the two networks. |
| Internet backbones |
National and international
high speed networks implemented with fibre
optic cabling |
| Satellite links |
In places where backbone
cabling has not been done or is not feasible,
satellites can be used for Internet transmissions.
Satellite transmissions are much slower
than the wired alternatives. |
| Early applications |
| Electronic mail (e-mail) |
Deferred (off-line) transfer
of messages using a TCP/IP mail protocol.
Still the most commonly used and overall
the most useful Internet application. |
| Usenet |
Distributed discussion forum
on the Internet and beyond. Professional
questions, opinions and other messages are
exchanged (posted, read and replied to)
publicly in locally or internationally distributed
news groups. While national groups in national
languages may be available only within a
country or part of a country, a large number
of discussion groups are internationally
distributed. News sites exchange posted
messages as per mutual agreements. Some
groups are moderated. A very large number
of messages are posted daily in the Usenet
groups worldwide. Examples of the groups:
comp.databases, soc.culture.indonesia, alt.travel.asia. |
| FTP (File Transfer Protocol) |
In TCP/IP, an application
protocol used for transferring files to
and from host computers. |
| Gopher |
A client-server application
on the Internet, in which information is
organized hierarchically. Overtaken in popularity
by www. |
| Early on-line communication
applications |
| Talk and IRC |
Talk is a command line application
for exchanging (typed) messages online with
another user. The Internet Relay Chat (IRC)
allows group discussions in the same manner. |
| Application that revolutionized
information sharing |
| World Wide Web (WWW, Web)
|
The WWW is technically speaking
both a server and a client. As a client
browser it provides a textual (e.g. Lynx)
or graphical (e.g. Netscape, MS Explorer)
interface to various types of information
(text, graphics, sound, video, programs)
in multiple platforms (web servers, gopher
servers, news, files, etc.). The WWW servers
(httpd or http daemons) are server applications
receiving and providing data as requested
by web clients. |
| Web language, HTML |
Hypertext Markup Language,
understood by all Web browsers. HTML is
a small subset of SGML (Standard Generalized
Markup Language, ISO standard 8879:1986).
HTML files are technically in ASCII format;
each object, such as a title, is surrounded
by tags conforming to the standard HTML.
They can be created, viewed and amended
with almost any editor. |
| Web addressing, URL |
Universal Resource Locators
(URLs) are used for network-wide addressing
of documents in the web. A user would type
in the Web browser:
http://<IP address/name of the web
server and the page>
(for instance http://www.un.org/Depts/escap);
gopher://<IP address/name of the
gopher server plus directory or file name>;
ftp://<IP address/name of the file
server>;
news://<IP address/name of the Usenet
news server>;
file://<path and the name of a local
file>.
HTTP (Hypertext Transfer Protocol) is
the transfer protocol for HTML documents. |
| A common Web server, Httpd |
The CERN httpd is a generic
public domain full-featured hypertext server
which can be used as a regular HTTP server. |
| An important Internet language |
| Java |
Java is an object-oriented
language similar to C++ object oriented
programming language, developed by Sun Microsystems.
Its portability, security, and support for
distributed programming make it useful for
Internet programming. Has become one of
the de facto standard programming
languages for Internet applications. The
most common Java programs are applications
and applets. Applications are stand-alone
programs. Applets are similar to applications,
but don't run on their own. Instead, applets
adhere to a set of conventions that lets
them run within a Java-compatible browser
(e.g. recent versions of Netscape or MS
Explorer). N.B. Ordinary users of the Internet,
including those authoring standard Web pages,
do not need Java or any other programming
skills. |
| Audio and video |
| Audio conferencing,
Internet telephone |
Audio conferencing programs
work by digitizing speech and sending the
digital data over the Internet. The sound
quality depends on the local capacity at
each end. Although a higher speed is preferred,
a 14.4 kbps modem is enough for ordinary
telephone calls in ideal line conditions
(when packet losses are minimal). Internet
telephone may evolve as a serious competitor
to traditional long distance operators. |
| Broadcasting of audio
and video |
While the usual way of moving
information around the Internet is by using
unicast protocols (tools that send packets
to one site at a time), the development
of multicast network technologies has made
broadcasting of audio and video possible.
The multicast backbone (M-Bone) is overlay
on the Internet that allows one site to
broadcast to many users minimizing bandwidth
usage. |
What
is needed to join the Internet
Equipment: Computer, modem, dialup
telephone line/ dedicated line, or network connection
(LAN connected to the Internet Service Provider)
Software: TCP/IP interface, communication
software, Internet client software
Internet Service Provider (ISP) ,
which provides the international gateway. The
table on page 9 provides a list of countries
which have local Internet Service Providers
(ISPs). ISP would have negotiated the terms
and implementation of a link to the global Internet
with one or more parties already connected to
it. If ISP service does not exist at all or
is inadequate for the intended use, government
agencies and academic institutions may initiate
the establishment of a new provider. The private
sector may be invited to collaborate.
Instructions from the ISP, hardware
and software manuals, books on the Internet
, organization's internal instructions and policies
about the use of Internet applications.
A schematic of the Internet. All clients,
servers and routers have unique IP-addresses,
which are managed by Domain Name Servers located
along the route. Some users may have a shell
account (terminal connection) to their ISP,
in which case they would not have their
own IP addresses; they would use client software
in the ISPþs computer for their Internet
work.
Internet client software, such as versatile
www-browsers, make the Internet servers, services
and information easily accessible to end-users.
Incoming and outgoing traffic can be controlled
in routers with firewalls, which check identifications
of users and contents of packets being transferred.
Indicative data
transfer rates in various types of connection
| Type of connection
| Transmission rate per channel
|
| Dial-up modem
| 28.8 kilobits/s (56.6 kbps also available
but not yet standardized)
|
| ISDN (Integrated Services Digital Network),
a narrow band digital network over regular
(good quality) telephone wiring
| 128 kilobits/s
|
| Token ring LANs
| 4 or 16 megabits/s
|
| Ethernet LANs (10Base-T) over ordinary
twisted-pair cable
| 10 megabits/s
|
| Fast Ethernet (100Base-T networks) over
high quality twisted pair cable
| 100 megabits/s
|
| Gigabit Ethernet
| under development
|
| T1 digital WAN link
| 1.5 megabits/s
|
| T3 digital WAN link
| 44 megabits/s
|
| Cellular phone today
| 9.6 kilobits/s
|
| Cellular phone tomorrow: new digital bearer
services, expected to become available within
a year
| 64 kilobits/s
|
| Very Small Aperture Terminals (VSAT)
| 56 kilobits/s
|
| Spread Spectrum Radio (Wireless IP networking)
| up to 2 megabits/s at distances up to
45 km
|
| Fibre optic ATM networks
| Currently 45-622 megabits/s, higher in
the future
|
| Synchronous Optical Network (SONET) =
Synchronous Digital Hierarchy (SDH)
| today 51.84 megabits to 2.6 gigabits per
second, potentially 13.2 gigabits/s
|
| Wavelength division multiplexing (WDM)
Networks
| A technique to increase system capacity
by running several independently modulated
channels on the same fibre at different
wavelengths of light (adding more lanes
to the highway). In tests at least 1.1 terabits/s
achieved (http://www.fujitsu.co.jp/hypertext/
news/1996/Feb/29-3e.html.).
|
| Theoretical capacity of fibre-optic cable
(used in above networks):
| A single fibre can carry 75 Terabits per
second. (Therefore the cable itself is not
a limiting factor.)
|
| Sources: Encyclopedia of
Networking, LAN Times (1994) and various
articles on the Internet
|
How
much is required ?
|
| Application
| Bandwidth required
|
| E-mail transmission
| 2.4 kilobits/s or higher
|
| Digitized voice phone call
| 64 kilobits/s
|
| Digital audio
| 1 - 2 megabits/s
|
| Compressed video
| 2 - 10 megabits/s
|
| Full-motion video
| 1 -2 gigabits/s
|
| Source: Encyclopedia of Networking,
LAN Times, (1994).
|
| Bits or Bytes? A byte (binary
term) in almost all computers equals
eight consecutive bits (binary digit).
When used to describe data storage,
a kilobyte (KB) is 1024 bytes, a megabyte
(MB) is 1024 kilobytes (1,048,576 bytes,
2 to the 20th power) and a gigabyte (GB)
1,024 megabytes, 1,073,741,824 bytes, 2^30).
Analogously, a kilobit is 1,024 bits, etc.
|
| Confusingly enough, when used to described data transfer rates, a kilobyte and
a megabyte refer to exactly one thousand
and one million bytes respectively. Transfer
rates of modems are often expressed
in kilobits per second (kbps), thousands
of bits transferred in one second. A 28.8
kbps can in perfect conditions transfer
28800 bits per second. The byte rate is
however lower than one eighth of 28,800
as a start and stop bits are added for an
asynchronous data stream; with a high quality
telephone line and with V.42 error control
in effect, the maximum rate is no higher
than 3,300 bytes. High speed networks are
normally using packet switching transmission,
which sends only eight bits per byte.
|
| Baud, which is no longer used in
common language, is quite different. It
measures signal changes per second in a
device such as a modem. As nowadays more
than one bit can be send for every signal
change, there is no direct relationship
to the number of bits transferred per second.
|
28
April 1997: ESCAP joins the Web at http://www.un.org/Depts/escap
The idea was welcomed by all a long time ago,
but its implementation took time. A fair amount
of coordination and work was required to get
ESCAP's long-awaited home page up. It was inaugurated
by the Executive Secretary in connection with
the Ministerial Segment of the Commission session
in April.
The site is not (yet) as fancy as many others,
but delivers a good dosage of UN documents for
those interested in regional aspects of socioeconomic
development. You can find the Government
Computerization Newsletter updated twice
a year at http://www.un.org/Depts/escap/stat/gc/gcnl/gcnlhome.htm.
Make it a habit to check other offerings at
http://www.un.org/Depts/escap.
For the time being, as you can see from the
URL, the pages are located in the UN web server
in New York.
Statistics Division's home page can be found
at http://www.unescap.org/stat/
Status
of Internet development in Asia and the Pacific
National networking initiatives have emerged
in almost every country in the region. With
the recent additions of Bangladesh, Cambodia,
Maldives, Micronesia, Northern Mariana Islands,
Papua New Guinea, Samoa, Tonga and Turkmenistan,
the list of members and associate members without
full Internet connection has shrunk to 15 out
of 60. In spite of the existence of connections,
the access of citizens and public sector organizations
remains very limited in the majority of the
region's developing economies.
International connectivity of ESCAP members
and associate members
| ISO 3166 code
| Country or area
| Full Internet connection
| Bitnet access
| Only e-mail
|
| AF
| Afghanistan
| -
| -
| -
|
| AS
| American Samoa
| -
| -
| -
|
| AM
| Armenia
| X
| -
| -
|
| AU
| Australia
| X
| -
| -
|
| AZ
| Azerbaijan
| X
| X
| -
|
| BD
| Bangladesh
| X
| -
| -
|
| BT
| Bhutan
| -
| -
| -
|
| BN
| Brunei Darussalam
| X
| -
| -
|
| KH
| Cambodia
| X
| -
| -
|
| CN
| China
| X
| -
| -
|
| CK
| Cook Islands
| -
| -
| X
|
| KP
| Democratic People's Republic of Korea
| -
| -
| P
|
| FJ
| Fiji
| X
| -
| -
|
| PF
| French Polynesia
| X
| -
| -
|
| GU
| Guam
| X
| -
| -
|
| HK
| Hong Kong, China
| X
| X
| -
|
| IN
| India
| X
| X
| -
|
| ID
| Indonesia
| X
| -
| -
|
| IR
| Islamic Republic of Iran
| X
| X
| -
|
| JP
| Japan
| X
| X
| -
|
| KZ
| Kazakstan
| X
| -
| -
|
| KI
| Kiribati
| -
| -
| -
|
| KG
| Kyrgyzstan
| X
| -
| -
|
| LA
| Lao People's Democratic Republic
| -
| -
| X
|
| MO
| Macau
| X
| -
| -
|
| MY
| Malaysia
| X
| X
| -
|
| MV
| Maldives
| X
| -
| -
|
| MH
| Marshall Islands
| -
| -
| -
|
| FM
| Micronesia, Federated States of
| X
| -
| -
|
| MN
| Mongolia
| X
| -
| -
|
| MM
| Myanmar
| -
| -
| -
|
| NR
| Nauru
| -
| -
| -
|
| NP
| Nepal
| X
| -
| -
|
| NC
| New Caledonia
| X
| -
| -
|
| NZ
| New Zealand
| X
| -
| -
|
| NU
| Niue
| -
| -
| -
|
| MP
| Northern Mariana Islands
| X
| -
| -
|
| PK
| Pakistan
| X
| -
| -
|
| PW
| Palau
| -
| -
| -
|
| PG
| Papua New Guinea
| X
| -
| -
|
| PH
| Philippines
| X
| -
| -
|
| KR
| Republic of Korea
| X
| -
| -
|
| RU
| Russian Federation
| X
| X
| -
|
| WS
| Samoa
| X
| -
| -
|
| SG
| Singapore
| X
| -
| -
|
| SB
| Solomon Islands
| X
| -
| -
|
| LK
| Sri Lanka
| X
| -
| -
|
| TJ
| Tajikistan
| -
| -
| X
|
| TH
| Thailand
| X
| -
| -
|
| TO
| Tonga
| X
| -
| -
|
| TR
| Turkey
| X
| X
| -
|
| TM
| Turkmenistan
| X
| -
| -
|
| TV
| Tuvalu
| -
| -
| -
|
| UZ
| Uzbekistan
| X
| -
| -
|
| VU
| Vanuatu
| X
| -
| -
|
| VN
| Viet Nam
| -
| -
| X
|
|
|
Internet
-- Fundamental changes for journal editors?
Assuming that all readers would have access
to the World Wide Web of the Internet, this
feature issue could be a simple list of a dozen
or so links to selected well-written and informative
articles available publicly on the Internet.
That concept of modern publishing would make
such publications as the Government Computerization
Newsletter more or less redundant, would
it not?
| Yes
| No
|
| - For many people, the Internet
has become a primary source of information.
They rely on it for the latest news and
facts.
| - Most people do not have
any kind of access to the Internet. Only
in the most developed countries are penetration
rates high and the cost of access for the
general public affordable.
|
| - With on-line access to
the Internet, you can search for information
you need at any point of time. You may be
able to find full articles or summaries
that are directly relevant to what you are
doing, for instance writing a paper on a
particular issue.
| - Although Internet search
tools have improved enormously during the
past couple of years, it can still be quite
difficult to find specific information.
For a person needing particular information,
it does not make much difference whether
the information is unavailable because he
cannot find it on the Internet, or because
nobody put it there in the first place.
|
| - Internet has abundant information
available on information technologies.
| - Less information is available
on management of information technologies,
in particular when it pertains to developing
countries and the public sector.
|
What else does the Internet
mean for the Editor of the Newsletter
?
- It is an important medium
to keep abreast with the latest technological
information. It allows us to cross-check facts
given by one source.
- It allows us to follow
better what is happening in other organizations
and what others are publishing.
- It challenges us to publish
a meaningful articles to the readers, whose
requirements for content have increased with
improved access to information. Searching
and copying others' texts is easy (but we
try not to fall into that).
- It challenges us to provide
something new for the increasingly heterogeneous
readership.
- It is a medium that allows
us to service the readership better as the
readers can get the texts in electronic format
and reuse the material more easily.
- It makes the potential
readership much larger. We (can) have readers
all over the world, including in the private
sector and interested individuals.
- It reduces the drafting
time of certain types of articles as the source
material is readily available.
- It may eventually allow
us to cut down the mailing costs of the Newsletter.
Today we know that the majority of the readers
do not have a viable electronic connection
to read it. Another consideration is that
most people, including the Editor, prefer
to read printed material rather than the monitor
(which cannot conveniently be taken along
to most comfortable reading locations). However,
readers of the electronic versions always
have a freedom of choice to print the texts
for later perusal at their convenience.
- Its e-mail facilities
allow the transmission of more instantaneous
feedback from our readers.
In conclusion, the Internet is a wonderful
assistant that makes our work in many ways easier,
but forces us to think about the value that
we can add with our publication.
The Internet has significantly increased the
openness and transparency of the United Nations.
ESCAP inaugurated its Web site at http://www.un.org/Depts/
escap during the fifty-third session of the
Commission on 28 April 1997 (see previous story).
Our pages hopefully make us also more approachable
to outsiders. For the time being, ESCAP has
very modest resources available for its internal
web development. A choice was made to concentrate
on the substance rather than the fancy design
of the site.
It sometimes appears that information repackagers,
or those who know how to tap existing resources
on the Internet, have an edge in the modern
information society. The same phenomenon has
been witnessed in the field of international
statistics, where private companies are able
to add value to data they buy from various international
statistical agencies (including the United Nations)
by creating centrally accessible user-friendly
repositories for a wide array of statistics.
We have no choice but to improve our mastery
of the technological environment. At the end
we believe that primary producers of information
and original authors will regain their relative
positions.
* * * * * * * * *
Committee
on Statistics retains mandate in public sector
computerization
The fifty-third session of ESCAP, which
was held in Bangkok from 23 to 30 April 1997,
reviewed its own conference structure. A resolution
adopted on the conference structure retained
the Committee on Statistics with only slightly
modified terms of reference. Public sector computerization
activities will therefore continue to be monitored
by the Committee on Statistics.
The newly approved parliamentary structure,
in particular the names and the terms of reference
of the Committees, resembles the old one (1992-1997)
in several respects and the underlying thematic
approach has been retained. The members and
associate members recommended that the secretariat
structure, which is under the jurisdiction of
ESCAP's Executive Secretary, be organized with
a high degree of congruence with the parliamentary
structure. That incongruence had been identified
as one of the weaknesses in the old system.
The Committees that had a sectoral orientation
(i.e. Statistics, Transport and Communications)
had generally experienced stronger representation
from the capitals than those with a broad thematic
mandate.
The approved overall parliamentary structure
consists of the following five committees, which
should meet at the intervals and for the maximum
duration indicated below:
| Committees
| Periodicity
| Maximum duration
|
| Regional economic cooperation
| Biennial
| 3 days
|
| Socioeconomic measures to alleviate poverty
in rural and urban areas
| Annual
| 3 days
|
| Environment and natural resources development
| Annual
| 3 days
|
| Transport, communications, tourism and
infrastructure development
| Annual
| 3 days
|
| Statistics
| Biennial
| 3 days
|
| In addition, the Special Bodies
on Least Developed and Landlocked Developing
Countries and on Pacific Island Developing
Countries which have normally met in connection
with the annual Commission session, were
retained. The Committee on Regional Economic
Cooperation will have a high-level steering
group which will meet annually for a maximum
duration of three days.
|
Committee on Statistics
on its tenth session
Following a standard procedure, the Commission
considered the report of the Committee on Statistics
on its tenth session, which had been held in
November 1996. Noting that the Committee had
had extensive discussions on its terms of reference
at its previous two sessions, the Commission
endorsed the strengthening of the Committee's
institutional structure, including the adoption
of new terms of reference for its bureau.
Apart from the Committee's terms of reference
and discussions on statistical issues, the Commission
reaffirmed its support for the development of
the ESCAP Statistical Information System (ESIS)
as a key regional repository for reliable and
comparable economic and social data, and urged
the secretariat to allocate resources for making
the System operational and accessible to member
countries as soon as possible. Linking ESIS
with similar national statistical information
systems could facilitate the dissemination of
data in the region. Noting that the ESCAP World
Wide Web site was about to be launched, the
Commission urged the secretariat to use it actively
for disseminating statistical information, documents
and data.
The Commission stressed the fundamental importance
of information technology in the work of national
statistical offices and was convinced that it
provided one of the most cost-effective ways
to improve the collection of reliable and disaggregated
data. The adoption of the latest technology
was, however, severely hampered in many countries
by the unavailability of skilled personnel.
The Commission therefore urged the secretariat
and the Statistical Institute for Asia and the
Pacific (SIAP) to provide more training and
advice on information technology applications
in statistics to supplement national human resources
development efforts.
Focus of computerization
activities
The Commission noted that the Committee on
Statistics had asked that greater attention
should be paid to applications of information
technology in statistics rather than to the
public sector in general. On the other hand,
the Committee had asked the secretariat to find
a sharp focus for its work in the field of public
sector computerization, especially by concentrating
on those recommendations of the 1995 Expert
Group Meeting to Review Computerization Development
in the Public Sector where the available resources
could have a meaningful impact. These recommendations
and severe resource constraints have made it
necessary to rethink the secretariat's strategy
in public sector computerization. A recent internal
evaluation of the past activities revealed,
among other things, the difficulty of raising
extrabudgetary funding for projects in this
particular area, as public sector computerization
had so far not ranked among the priority areas
of donors.
ESCAP
observes 50th Anniversary
A month before its 53rd session, the United
Nations Economic and Social Commission for Asia
and the Pacific (ESCAP) observed its fiftieth
anniversary on 28 March 1997 with the theme
"50 Years of Achievement". ESCAP was established
on 28 March 1947 under the terms of Economic
and Social Council resolution 37 (IV) as the
Economic Commission for Asia and the Far East
(ECAFE) to assist in post-war economic reconstruction.
The name was changed in 1974 to ESCAP, reflecting
both economic and social aspects of development
and the geographic location of its members.
From an initial membership of 10 countries,
ESCAP has grown to 60 members and associate
members, representing some 60 per cent of the
world's population, or 3.5 billion people. Its
membership ranges from small Pacific island
countries such as Niue to the most populous
countries of the world, China and India. |