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Intel Developer Forum |
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Energy-Efficient Performance. Leap ahead. |
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October 16-17, 2006 | Taipei | Taipei International Convention Center |
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Featured Technical Sessions Abstracts |
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Intended Audience: Senior leaders of companies involved in mobile computing (hardware and software ingredient vendors, service providers, system makers, industry advisors)
What you will get from this session:
- Status check on industry readiness for 2007 platforms
- Fundamental mobile platform advancements needed beyond 2007 in system architecture, wireless, extending battery life
- The features, capabilities and services needed in platforms targeted at 2008 digital homes and digital enterprises
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| TMGS004: Energy Efficient Performance: A Proposed Measurement Methodology |
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Intended Audience: Developers and Technical Decision Makers & Influencers (OEMs, ODMs, System Integrators)
What you will get from this session:
- A deeper understanding of Energy Efficient Performance (EEP)
- Awareness of the issues involved in measuring EEP
- A proposed methodology for measuring platform EEP
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| TUMS002 Usage & Design Considerations for UMPC In-Car Application |
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Intended Audience: OEMs, ODMs, software developers, equipment manufacturers
What you will get from this session:
- Intel's vision of enhancement of in-car experience by Ultra Mobile PCs (UMPC)
- Mechanical and electrical design concepts of UMPC docking stations
- Reliability Considerations
- Development challenges for driver-focused and passenger-focused entertainment applications
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| TDPS001 Intel Quad-Core Desktop Processor Overview and Roadmap |
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A leader in producing more powerful, next-generation processors, Intel has begun the shift to quad-core processors following today’s dual-core processors. This course will discuss the architecture of Intel® quad-core processor based on Intel® Core™ Microarchitecture along with the benefits of, usage models and performance of quad-core. Also discussed will be the quad-core roadmap, including future quad-core product offerings.
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| TDPS001 Intel Quad-Core Desktop Processor Overview and Roadmap |
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A leader in producing more powerful, next-generation processors, Intel has begun the shift to quad-core processors following today’s dual-core processors. This course will discuss the architecture of Intel® quad-core processor based on Intel® Core™ Microarchitecture along with the benefits of, usage models and performance of quad-core. Also discussed will be the quad-core roadmap, including future quad-core product offerings.
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| TSPS001 A Deep Dive into Energy Efficient Multi-core Server Processors |
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Intended Audience: Developers, Decision Makers
What you will get from this session:
- This presentation will take attendees "deep below the surface," examining numerous facets of Intel's dual and quad-core designs
- Discussion of overall performance, power management capabilities and other key features
- Dual-Core Intel® Xeon® processor 5100 series (formerly codenamed Woodcrest) will be showcased as an example of Intel's ongoing energy-efficient architecture innovations
- Understand the future direction for Intel's server processor architecture
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| TVPS004: Intel® Virtualization Technology (Intel® VT) Implementation Details and how the *T's work together to Enhance the Digital Office Functionality |
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What you will get from this session:
- Overview of digital office technologies to be introduced in the 2007 platform
- Learn how Intel® VT, codename Lagrande Technology and Intel® Active Management Technology (Intel® AMT) work together
- Learn how Intel’s comprehensive set of virtualization technologies are integrated into platform components to enable the next generation of hardware based virtualization capabilities
- Demonstrate Intel® vPro technology
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| TDHS002 Enthusiast & Gaming Platform Technologies for High Performance PCs using Intel® Core™ 2 Extreme Processors |
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What you will get from this session:
- Understand how to design the best platform solution for the Enthusiast PC market with Intel® Core™2 Extreme processors.
- Learn to select and optimize platform hardware for high-performance desktop PCs.
- Receive recommended solutions in electrical, thermal and mechanical designs to secure optimal performance.
- You will receive information about the over-clocking features offered in Intel desktop platforms.
- Learn how to use the right benchmarks to highlight Intel's leadership in the Enthusiast & Gaming PCs market.
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| TTSS002 Hundreds of Cores: Scaling to Tera-scale Architectures |
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- Challenges and vision for scaling architectures to 10' or 100's of cores.
- Hardware-based speculative multithreading to allow programmers to use many cores.
- Sequencer virtualization techniques to automate scheduling of hardware resources.
- How transactional memory HW will improve performance of multithreaded code.
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| TWSS001 MxN (Mixed Networking) : Converged wireless networks |
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What you will get from this session:
- Understanding WLAN, WiMAX, cellular network convergence usage models, customer requirements, and client evolution
- Understanding of the technology stack needed to achieve network convergence and briefing on the technology issues associated with multiple antennas, and client/network interoperation to achieve handovers while maintaining power efficiency
What you will get from this session:
- Intel Research and Carnegie Mellon University are collaborating on a new form of programmable matter that can create physical artifacts using thousands to billions of tiny robotic modules
- This long-term project can have shorter-term impact on the challenges of programming, debugging, and managing large scale distributed systems
- DPR research may have impact in such diverse areas at medicine, telecommunications, and modeling
What you will get from this session:
- Intel Research and the University of Washington are collaborating on a system that can infer a wide range of human activities and provide assistance to complete an activity
- Three components of a machine learning system -- sensors, models, and a reasoning engine -- are implemented to infer human activity
- See results of the ongoing research and potential future uses for this technology
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| TTRW003 Workshop: A Practical Guide to User-Centered Innovation - How You can Participate |
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This workshop provides a practical & step-by-step overview on how ethnographic research findings are made actionable by a user-experience product definition team, and how these inherently subjective/perceptive notions of what a product should be and do are subsequently translated into rigid and quantified objective engineering requirements. It describes ways by which the audience can engage with Intel in the earlier phases of the user-centered innovation process.
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