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Abstracts |
Resolution 47: WTDC-10 BDT Programme: Riccardo Passerini, Head Workshops and Promotion Division, ITU, BDT
Presentation deals with the work of the ITU-D on C&I. Main activities conducted in the framework of WTDC-10 Resolution 47, Programme 1 and Regional Initiatives are presented.
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ITU-T Standardization Activities and Conformity and Interoperabilty: Vijay Mauree, Programme Co-ordinator, TSB
This presentation will provide an overview of the current standardization activities which are ongoing in the ITU-T Study Groups and the activities of TSB in conformity and interoperability. |
Role of International Telecommunication Testing Centres: Konstantin Savin, Deputy Director, Technopark ZNIIS, Russia
Creation of regional International Telecommunication Testing Centers
(ITTC) can lead to the following benefits:
- Reducing of digital gap by sharing experience of introduction and
maintenance of new technologies;
- Using ITTC as the effective mean of consolidation of high-level
specialists and experts in the field of introductions, testing,
standardization and maintenance of new telecommunication technologies;
- The creation of centers like ITTC will raise quality and speed of
equipment and services implementation on the region’s ISP networks.
This paper provides a brief overview of purpose and description of ITTC
creation. After a brief discussion of problems related to new
technologies testing process and optimal strategies for telecom market
players’ interaction I discuss basic principles and typical structure of
ITTC. Additionally this paper considers new type of testing using
Virtual Laboratories (future ITU project). And finally I give overview
of results achieved within joint ITU-ZNIIS project on creation of ITTC
for CIS region. |
IoT - a new point of ICT development and a tool for improving the human adaptive capacities under the conditions of interaction with the deteriorating man-made environment: William Saryan, NIIR, Russia
The report shows that the long-standing perspective of further development
of all areas of ICT is related to information interaction between people
equipped with intelligent subscriber devices (computers, mobile devices,
etc.) supplemented with the interaction between objects and the natural
environment.
It is very important for the creation of global peace and the
development of standards that the concept of IoT organizes separate
areas of ICT, formerly developed independently of each other, such as
RFID, sensor networks, "smart cars" and "smart houses", mechatronics,
convergence and interpenetration of "inorganic" and bioorganic world
(that is a connection of possibilities of modern technologies with
structures created by wildlife), geographic information technologies,
etc.
It is expected that the system thinking will allow the humanity to reach
a qualitatively new level of adaptation and management in an
increasingly complex, uncertain and accelerating world, under the
conditions of the deteriorating environmental situation, the exhaustion
of the limited natural resources and population growth.
To avoid or prevent the negative consequences that inevitably accompany
the introduction of new technologies and accelerate deployment of new
technologies, ITU has a program to develop global standards in IoT. The
report presents the results in this direction and plans for the near
future.
The report assesses the opportunities to introduce IoT in Russia and
shows the direction of work in Federal State Unitary Enterprise Radio
Research and Development Institute (FSUE NIIR). A solution developed in
FSUE NIIR which allows managing the rescue of people during the course
of emergencies in a customized way using machine-machine systems is
described. These studies allowed FSUE NIIR to submit several
contributions in ITU-T SG 13 on management of machine-machine systems
and sensor control networks. In addition, on FSUE NIIR initiative a
question to open a separate area of study within the research on IoT,
devoted to the requirements for the behavior of IoT objects during
disaster - IoT DD (during disasters) will be raised.
In conclusion, the report will present the arguments about the necessity
for each ITU member to engage in this work in the construction of a new
human environment. It is necessary to start this work to find niches for
IoT introduction in each country, word the priorities of the
introduction of IoT, train, discuss and assess the impact of
implementation. |
Future Networks: John Visser, Consultant, Canada
In this session, we see “Optical Networking, “Wireless Broadband Networks”
and “The Internet of Things.” All of these are part of the ongoing
evolution of telecommunications to “Future Networks.” “Climate Change”
is a key concern and telecommunications is seen as a means to address
some of the reasons for climate change.
There have been fundamental changes in telecommunications since it was
first possible to send a message by telegraph. We have move from
discrete voice, data and entertainment networks to converged al-in-one
networks. We have moved from intelligence within the network to
intelligence at the edge of the network. We have moved from mobility as
an additional network access means to mobility as the dominant access
means. All this is clear with 20/20 hindsight.
But what of the future? Where are we going with telecommunications? Is
intelligence at the edge the right place? Is mobile the ultimate way to
access telecommunications? What changes can we anticipate? Why will they
occur? How will we get there? “Future Networks” tries to answer these
questions.
ITU-T SG 13 has been looking at what a future network should be. This
presentation will provide a brief overview of that work. But how clear
is our crystal ball? Can we predict what the network of the future will
look like, and what services and capabilities it will offer? The answer
is “yes” but with limitations and qualifications. The author will add
some personal views on where telecommunications is going in an effort to
stimulate thinking not only about the future but also about how we get
there. |
ITU-T Standardization Activity on Testing: Konstantin Savin, Deputy Director, Technopark ZNIIS, Russia
The main goal of testing today should be interoperability testing for
supporting the correct, integrity and reliability services for users.
The interoperability issues include the technical means, services, QoS
classes and parameters. All of these features create the Global
Interoperability, which could be tested on the Model network in complex,
according to ITU-T Recommendations Q.39xx series.
This paper provides a brief overview of current activities in the field
of interoperability methods of testing development and standardization
in ITU-T. After a brief discussion of testing history in ITU I discuss
typical problems which have been detected during interoperability
testing of NGN equipment, networks and services within ZNIIS projects.
And finally I consider next steps in the field of testing approaches
standardization activities in ITU-T. |
ITU Bridging the Standardization Gap Programme: Vijay Mauree, Programme Co-ordinator, TSB, ITU
This presentation will present the Bridging the Standardization Gap programme of the ITU and the main outcomes of the implementation of the action plan in Resolution 44 (WTSA 2008). This presentation will provide concrete advice to developing countries on how to improve their standards readiness, participate more effectively in standards work at ITU and make the best use of standards. The presentation will also examine the public policy implications of ICT standards; address the consequences of lack of standards participation to developing countries; and describe how the ITU's Bridging the Standardization Gap project is addressing these issues. |
Survey of Standardization Capability of Developing Countries: Vijay Mauree, Programme Co-ordinator, TSB
This presentation will present the results of the study undertaken by ITU with the support of Korean government to assess the standardization capability of developing countries in particular. The presentation will also describe the National Standards Capability Scale (NSC) model and describe the primary standards gaps confronting developing countries at different stages on the NSC model and recommend some strategies for improving national standards capability. |
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