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VoIP
India 2002 -
Conference Structure (tentative)
Day
One: BUSINESS
TRACK
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What
does it take to make this multi-million dollar Industry kick
start |
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Government
Policies & Regulatory issues |
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| 4 |
Reaching
the corporate |
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| 4 |
Reaching
the masses |
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| 4 |
Panel
discussion: "A new chapter in long distance telephony - getting
future perfect, the VoIP way"/ "The Future of VoIP
in India" |
Suggested
Topics:
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Issues
on VoIP / ILD / NLD:
- Government
Policies & regulations
- Opening
of ILD & VoIP in April 2002
- Opportunities
& threats of NLD
- Issues
& potential of the ILD/VoIP - Indian perspective
- Issues
& potential of the ILD/VoIP International perspective
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The
state of IP Communications inside the Enterprise from the perspectives
of the end-user customers, as well the service providers and
vendors who support them. |
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Perspective
on Acceptance of IP Communications in the Enterprise |
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The
Case for VoIP In the Enterprise: What are the Rationales
for Selecting VoIP Solutions in the Enterprise |
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Day
Two: TECHNOLOGY
TRACK
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Service
Providers for VoIP |
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| 4 |
Residential
VoIP Services - New Look, More Choices, More Power,
More Revenue |
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| 4 |
Drivers
for VoIP |
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VoIP
Protocols |
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VoIP
Bandwidth |
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| 4 |
VoIP
compared with VoMPLS |
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| 4 |
VoIP
Technology, systems, application & services |
Suggested
Topics:
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Service
Providers for VoIP:
- Understanding the demand, technology, and services
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Residential
VoIP Services - New Look, More Choices, More Power,
More Revenue:
- New residential softswitch-enabled VoIP services
- Architectural requirements needed to provide primary
line services, maintain open-standards while ensuring
scalability and carrier-grade reliability
- Value analysis
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Drivers for VoIP: The motivations
for developing Voice over IP technologies, and the issues
facing network managers when justifying the deployment
of voice over IP.
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VoIP Protocols: The protocols
which are typically involved when transporting voice
over an IP based network. A basic understanding of the
protocols is required in order to understand the bandwidth
overhead of voice over IP and the Quality of Service
issues surrounding the technology.
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VoIP Bandwidth: There are many
factors involved when calculating the bandwidth required
through a network and simple means of making such calculations.
It starts with a basic 'rule of thumb', and then expands
this to take specific voice coding algorithms into account.
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VoIP
Compared With Vompls |
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Mobile
voice over IP:
- Introduction - motivation for VoIP, telephony
and mobility background
- Networking - transport requirements, QoS (medium
access, 3G wireless, RSVP) Mobile-IP, location tracking
and handoff performance
- Protocols and services - signaling protocols (SIP,
H.323), transport (RTP), user directories, the impact
of mobility.
- Research
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VoIP
Technology:
- Voice Conferencing Applications
- Video Conferencing Applications
- Conferencing Equipment: Modems, Telephony
- Network/Protocols/Winsock
- Compression/DSP
- Proposed Voice Standards
- Internet Telephony Applications
- TCP/IP and UDP Programming Packages from Devsoft
- Compression/DSP
- A Robust Variable Rate Speech Coder
- Rockwell Voice ADPCM Specification and Source Code
- Overview of the Global System for Mobile Communications
- Will Voice Take Over ATM?
- Phone Companies Challenge Internet Phone Products
- Multimedia Carriers split over phone like Internet uses
home from Net
- Internet-phone convergence makes for murky regulatory
picture
- Extending the Legacy PBX with VoIP Trunking
- Experiences with Enterprise VoIP Deployments
- IP Communications Applications In the Enterprise
- Customer Case Studies
- Integrators Approaches to VoIP Technology
- I-PBX, I-Centrex, CASP and the Managed Host
- PSTN / IP Gateways and Softswitches
- Enterprise voice including telephony platforms
- Disaster recovery
- Migrations strategies
- Enterprise applications
- Voice/data convergence.
- SIP (Session Initiated Protocol/Session Initiation Protocol)
- a signaling protocol for Internet conferencing and its
features.
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