An Eye Toward Future
Service Networks
The ever-expanding volume of services and
content carried on telecommunications systems
poses significant challenges for future networks.
With this in mind, a new entity study group is
taking the initial steps to develop a standard
to integrate future service and telecom networks.
This effort, which is being led by Huawei, based
in Shenzen, China, is expected to bring a Project
Authorization Request before the IEEE-SA Standards
Board in a matter of months. Work on the project,
tentatively numbered IEEE P1750™, “Next Generation
Service Network (NGSN),” will begin once the IEEE-SA
Standards Board okays the project. The NGSN project,
which may specify service network architecture
for use by service, network and content providers,
could form the foundation for a series of NGSN
standards.
The services and content that will travel over
tomorrow’s networks will originate from companies
in many industries and promises to generate trillions
of dollars (US) in revenues. Broadband has the
potential to support a huge amount of traffic,
but new services have traditionally been tied
to a specific telecom infrastructure, such as
WCDMA or WiMAX. Such bundling often extends the
time needed to develop and deploy a service and
usually means that service and content providers
do not get optimum support from telecom infrastructures.
It also limits the ability of telecom operators
to share in service/content revenues.
IEEE P1750 will seek to resolve this issue by
creating an overlay network architecture to manage
the life cycle of multiple, collaborative information
and communication services, independent of the
transport network involved. Such NGSN architecture
aims to help service and content providers speed
service time to market without imposing complex
logic from multiple sources. The proposed standard
would guide telecom operators in providing excellent
network support, seamless service delivery, and
give them a route to gain revenues from new services
and content.
In addition to Huawei, supporting companies include
France Telecom, Oracle, and Korea Telecom. Other
companies such as IBM, BEA, and China Mobile Communications
Corporation have expressed interest in the study
group work. The study group is chaired by Jim
Carlo and sponsored by the CAG and the IEEE Communications
Society. Professor Mehmet Ulema is ComSoc’s technical
liaison to the group.
Huawei will host the first meeting of the Next
Generation Service Network Study Group in Shanghai
from 19-20 September. A planning meeting will
be held at IBM’s facility in New York City, USA,
on 27 August. All carriers, service providers
and other interested parties are invited to attend
these meetings and help develop the standard.
The study group hopes to submit a PAR to the IEEE-SA
Standards Board for approval to begin work in
2007 and to complete work by 2009. Click
here for more information on this effort.
Update on Corporate Program
Standards
Many organizations are finding that the ability
to create standards in company-based working groups
within an IEEE standards process is valuable.
This has led to a wide variety of standards activities
within the Corporate Standards Program. The program
currently has 11 standards projects underway.
A brief rundown on each follows.
- IEEE P1694™, Standard for Enterprise
Strategic Decision Management, will give enterprises
common methods and work products to help them
manage strategic decision making by defining
a structure for decision planning, analysis
and execution, as well as for collaboration
across an enterprise and among enterprises.
- IEEE P1685™, IP-XACT, Standard
Structure for Packaging, Integrating and Re-using
IP within Tool-Flows. This project will provide
an XML schema for metadata that documents the
intellectual property characteristics needed
to automate IP blocks and define an application
programming interface so such metadata is accessible
to automation tools. The working group met in
May and June to develop and adopt its policies
and procedures. http://www.spiritconsortium.org/tech/p1685
- IEEE
P1800™, SystemVerilog Standard: Unified Hardware
Design, Specification and Verification Language,
will merge the SystemVerilog™ and Verilog™ standards
to create a broad language for those who design
increasingly complex, very-large-scale integrated
circuits. The working group recently created
a draft of the standard, which it will continue
to refine.
- IEEE P1801™, Standard for Design
and Verification of Low Power Integrated Circuits,
will offer a common format to define the low-power
design intent for the integrated circuits (ICs)
used in electronic systems.
- IEEE P1149.7™, Draft Standard
for Reduced-Pin and Enhanced-Functionality Test
Access Port and Boundary Scan Architecture,
will define a debug and test interface to meet
an expanding set of challenges facing debug
and test systems while preserving the hardware
and software investments of those now using
IEEE Std 1149.1. The draft standard is expected
to enter sponsor ballot in the last quarter
of 2007.
- IEEE
P1450.6.1™, Standard for Describing On-Chip
Scan Compression, will offer uniform approaches
to interfacing test pattern and diagnosis tools
for on-chip scan compression to foster interoperability
across test platforms from various vendors.
The standard is expected to be completed in
September 2009.
- IEEE
P1901™, Broadband over Power Line Networks:
Medium Access Control and Physical Layer Specifications,
will be a comprehensive specification for sending
high-speed digital data over the power lines
from substations to homes and offices. It also
will provide for digital voice, data and video
signals over electrical lines within structures.
Proposal down selection began July 9 on the
more than 400 requirements the working group
developed for a baseline BPL standard. A sponsor
ballot is anticipated in early 2009.
- IEEE
P1902.1™, RuBee Standard for Long Wavelength
Network Protocol. RuBee networks operate
at long-wavelengths and accommodate low-cost
radio tags at ranges to 100 feet. This standard
will create a protocol for networks having thousands
of such tags operating below 450 KHz. It is
targeted for completion in late 2007.
- IEEE
P1900.4™, Architectural Building Blocks Enabling
Network-Device Distributed Decision Making for
Optimized Radio Resource Usage in Heterogeneous
Wireless Access Networks. This standard
will optimize radio usage and improve the overall
capacity and quality of service of wireless
systems in environments involving multiple radio
access technologies. The working group approved
the contents of a baseline document in February.
The standard is scheduled for completion in
March 2009.
- IEEE
P1625™, Standard for Rechargeable Batteries
for Portable Computing. This standard, which
addresses the design, manufacture and testing
of lithium-ion battery cells and packs for portable
computing devices, is being revised. It is expected
to enter sponsor ballot in late 2007.
- IEEE P1825™, Rechargeable Batteries for Digital Cameras and Camcorders, will set uniform criteria for the design, production and evaluation for the lithium-ion and lithium-ion polymer batteries used in digital cameras and camcorders. A kickoff meeting for this project will be held in September 2007.




