• Why WiMAX?
• Why Intel's involvement in WIMAX?
• Intel's product roadmap
• Report out on the health of the WiMAX ecosystem

• China will deploy Mobile WiMax technology leading up to the Beijing Olympics, domestic handset and infrastructure equipment vendors will capitalize, as will Taiwanese and South Korea companies, eventually India like China will be large markets and silicon chip vendors are driving adoption with converged mobile Internet device development.
• How can Taiwan's goal to become the showcase for Mobile WiMAX be achieved through multi billion dollar aggressive plan for roll out in 2008
• How South Korean WiBro technology is developing in China and the connection with Intel and new firms developing Mobile WiMax based on 60+ patents registered in China and China's 4G Initiative plans

• Market Opportunity in Indonesia specifically for broadband
• Competition among operators in Indonesia
• Some challenges to implement WiMAX in Indonesia

• Build a WiMAX business case that delivers on the promise of low CAPEX/high revenue generation
• Real deployments reviewed
• Lessons learned examined

• Anatomy of a Mobile WiMAX Cell Site
• Key drivers in the business case: Mobile WiMAX CAPEX and OPEX
• Next Generation Cell Site Base Station Technology - All-Outdoor, All-in-One
• Maximizing Site Capacity and Minimizing Spectrum Consumption using Dual MAC/PHY and FFR

The interest is WiMAX technology is phenomenal. However both the technology behind WiMAX and the business case for its introduction are often misunderstood. Presented in a clear and concise manner, this one-hour session takes a look at both fixed and mobile WiMAX technologies exploring the likely uses for each.WiMAX will be compared to its "rival" technologies such as HSDPA/HSUPA to give the delegate a flavour for the most likely implantation models for this technology.

• Actual services for actual network
• Which mobile services for tomorrow?
• Interactions between WiMAX possibilities and future services

• Introduction to Web 3.0
• Enabling Communication on Web 3.0
• Social Networking with Web 3.0
• Social Networking and End User Strategies for Service Provider
• Making Money from Web 3.0

• Development of Smart Antenna solutions
• Software Defined Antenna Transmission System (SDAT)
• Experience using SDAT with WiMAX equipment
• Use of SDAT and WiMAX to create a White Space device for analogue TV Broadcast Spectrum

WiMAX was accepted by ITU as one of 3G standards, while directly competing with TD-SCDMA in china market and TDD spectrum world wild. Frequency resource and multi-cellular deployment efficiency weakness are also the obstacles of WiMAX system. Jushri focus on the new generation of broadband wireless system with improvement and extension to WiMAX, which converged WiMAX with large area broadcasting in new air interface and can be deployed in UHF band for triple play. In China, this is a blue ocean and potential huge market chance for broadband wireless communication. Jushri also emphasize on independent development to bring our latest technical achievement into commerical products and to provide total broadband telecommunication solutions. Our leading broadband wireless communication system with broadcasting has been deployed for pilot project in Shanghai, Jiangsu Province etc.

• How do we define the best converged solution for a successful, most efficient personal communication device?
• What are the benefits of having GSM/WiMAX Vs.Wi-Fi/WiMAX?
• How can meet all challenges and include all technologies in a single device?

• The initial 802.16d deployment and coverage
• The business case for moving to mobileWiMax 8902.16e
• The challenges of migration
• How these were addressed and overcome
• The upgrade path and roll out
• The lessons learned by and ongoing performance

5 mins product pitches by select group of exhibiting companies followed by delegates and visitors survey on most innovative product of the year to be announced before close of exhibition.

• Residential and SME Dence Ecosystem
• Remote Dence Management

• What does it mean to go from a SISO (Single Input Single Output) configuration to a MIMO (Multiple Input Multiple Output) configuration?
• What are the key architectural differences in radio configurations, measurement differences and performance parameters for MIMO systems?
• How they differ from tradition SISO radio?
• What are Matrix A,B,C and Beam forming measurement techniques?

The interest is WiMAX technology is phenomenal. However both the technology behind WiMAX and the business case for its introduction are often misunderstood. Presented in a clear and concise manner, this one-hour session takes a look at both fixed and mobile WiMAX technologies exploring the likely uses for each.WiMAX will be compared to its "rival" technologies such as HSDPA/HSUPA to give the delegate a flavour for the most likely implantationmodels for this technology.

Organizations need to create a WiMAX network security policy that addresses each type of WiMAX network technology of interest. The policy should identify such things as who may or may not use the technology, who may install equipment, where the technology may be used, what the physical security requirements are for the technology, what types of information may or may not be sent and received through the technology, how security incidents should be reported, how WiMAX devices should be protected, how transmissions should be protected (e.g., encryption requirements), and how often the security of the implementation should be assessed. Organizations also need to ensure that all critical personnel are properly trained on the use of the WiMAX technology. Network administrators need to be fully aware of the security risks that the networks and associated devices pose, and they need to know what steps to take in the event of an incident. Users also need to be aware of their responsibilities in using WiMAX technologies. Therefore best practices will play important role. Here we will addressed Best Practices in Authentication, Best Practices in Encryption,Best Practices in Authorization and Auditing will make the future WiMAX in to secure as WiMAX don’t have end to end security.

• Overview of OSS/BSS Integration
• Best practices in implementing OSS/BSS for incumbent operator vs Greenfield player
• Lessons learnt from Europe deployments

• A review of the key issues of network operators with respect to the introduction of new services – and the associated impact on rating and policy management.
• On how Best-Effort delivery of multi-media services will need to an overall degradation of the subscriber experience
• How real-time rating and policy management can be applied in a hybrid contemporary (2.5G/3G) and 4G/WiMAX/IMS based environment
• How can operators maximize and sustain operational efficiencies via a converged rating/policy management environment
• How the ability leverage subscriber preferences, location, the application used, and other implicit attributes – can be used to concurrently maximize revenues and the subscriber experience

• Overview of problems and challenges around NAT and firewall traversal
• Techniques and technologies available – IETF, STUN, TURN, ICE and HTTP-tunneling – for mobile communications and peer-to-peer applications
• Implementation issues and status
• Field results