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Ct: Flexible Parallel Programming for Tera-scale Architectures
Paper: Ct is a deterministic parallel programming model which leverages emerging general-purpose GPU programming models and exploits CPU flexibility.

Paper: Ct is a deterministic parallel programming model which leverages emerging general-purpose GPU programming models and exploits CPU flexibility.

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Hybrid Silicon Laser Announcement
The hybrid silicon laser integrates light emitting capabilities of Indium Phosphide with the light-routing and low cost advantages of silicon.

The hybrid silicon laser integrates light emitting capabilities of Indium Phosphide with the light-routing and low cost advantages of silicon.

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The Single-chip Cloud Computer
Article: Looks at the single-chip computer and the trend toward employing higher core counts, along with its pros and cons.

Article: Looks at the single-chip computer and the trend toward employing higher core counts, along with its pros and cons.

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Single Chip Cloud Computer
Overview of the single chip cloud computer, a research chip with 24 tiles with two IA cores per tile and four integrated DDR3 memory controllers.

Overview of the single chip cloud computer, a research chip with 24 tiles with two IA cores per tile and four integrated DDR3 memory controllers.

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Single Chip Cloud Computer Programmers Guide
Programmers Guide: Shows the experienced parallel programmer how to run simple programs on the single chip cloud platform.

Programmers Guide: Shows the experienced parallel programmer how to run simple programs on the single chip cloud platform.

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Single Chip Cloud Computing Platform Overview
Document introduces the single chip cloud architecture, as well as the flexibility and potential of the platform for academic and industrial research.

Document introduces the single chip cloud architecture, as well as the flexibility and potential of the platform for academic and industrial research.

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Challenges and Tradeoffs for Tera-scale Architecture
Paper: Proposed architecture for tera-scale processors, including performance, scalability, and manufacturability of the uncore.

Paper: Proposed architecture for tera-scale processors, including performance, scalability, and manufacturability of the uncore.

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Video Image Reconstruction and Enhancement
Paper: Discusses advanced video technologies for image reconstruction and enhancement and how image reconstruction can improve the quality image.

Paper: Discusses advanced video technologies for image reconstruction and enhancement and how image reconstruction can improve the quality image.

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Invented@Intel Labs Web Series [79 K]
The Invented@Intel Labs web series highlights the impact of the research from Intel Labs by telling stories

The Invented@Intel Labs web series highlights the impact of the research from Intel Labs by telling stories

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Radix Sort on CPUs, GPUs and Intel® MIC Architectures
Report: Evaluate radix sort on Intel® MIC architecture, implement radix sort on Knights Ferry, and improve the GPU radix performance.

Report: Evaluate radix sort on Intel® MIC architecture, implement radix sort on Knights Ferry, and improve the GPU radix performance.

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RCCE: a Small Library for Many-Core Communication
Specification: Overview of single chip cloud architecture and RCCE, including the interface, power management API, and RCCE emulator.

Specification: Overview of single chip cloud architecture and RCCE, including the interface, power management API, and RCCE emulator.

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Construct SAH BVHs on Intel® Many Integrated Core Architecture
Paper: How to efficiently build bounding volume hierarchies with surface area heuristic on the Intel® Many Integrated Core Architecture.

Paper: How to efficiently build bounding volume hierarchies with surface area heuristic on the Intel® Many Integrated Core Architecture.

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Intel Labs Research Areas Overview [98 K]
Intel Labs focuses on several research areas, each with their own projects. Topics include immersive experience, intelligent connectivity, and more.

Intel Labs focuses on several research areas, each with their own projects. Topics include immersive experience, intelligent connectivity, and more.

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The Tomorrow Project: DNA Sequencing [86 K]
Brian David Johnson and geneticist Madoo Varma on creating computer chips to sequence our genes and medicine tailored to personal genetic codes.

Brian David Johnson and geneticist Madoo Varma on creating computer chips to sequence our genes and medicine tailored to personal genetic codes.

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The Tomorrow Project: Inventing the Future, Part 1 [86 K]
Brian David Johnson, Justin Rattner and Alan Kay discuss visioning and inventing the future and ways to rethink energy consumption in new technology.

Brian David Johnson, Justin Rattner and Alan Kay discuss visioning and inventing the future and ways to rethink energy consumption in new technology.

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The Tomorrow Project and Futurism at Intel [86 K]
Intel Futurist and sci-fi writer Brian David Johnson discusses The Tomorrow Project and explains the "future-casting" process at Intel.

Intel Futurist and sci-fi writer Brian David Johnson discusses The Tomorrow Project and explains the "future-casting" process at Intel.

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The Tomorrow Project: Computer Security [86 K]
Brian David Johnson and scientist Tadayoshi Khono on embedded computational devices, and security.

Brian David Johnson and scientist Tadayoshi Khono on embedded computational devices, and security.

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The Tomorrow Project: Virtual Reality [86 K]
Brian David Johnson and Nola Donato on erasing the boundaries between physical reality and virtual reality. Includes future consumer applications.

Brian David Johnson and Nola Donato on erasing the boundaries between physical reality and virtual reality. Includes future consumer applications.

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Closing the Ninja Performance Gap
Paper: The Ninja Gap is defined, how it can be reduced and alleviated to allow for more stable and predictable performance growth.

Paper: The Ninja Gap is defined, how it can be reduced and alleviated to allow for more stable and predictable performance growth.

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Sponsors of Tomorrow Teaser [86 K]
Teaser video for the Sponsors of Tomorrow webisodes which showcase the technologies of tomorrow.

Teaser video for the Sponsors of Tomorrow webisodes which showcase the technologies of tomorrow.

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Academic Research Office Overview [94 K]
Intel engages with academia on many levels through the Academic Research Office, focusing on internet-scale systems, memory devices, and more.

Intel engages with academia on many levels through the Academic Research Office, focusing on internet-scale systems, memory devices, and more.

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Thermal Challenges in High Performance Computing Systems
Paper: Discusses High Performance Computing thermal and power challenges including hot-spot superpositions, on-chip power delivery, and more

Paper: Discusses High Performance Computing thermal and power challenges including hot-spot superpositions, on-chip power delivery, and more

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Hybrid Silicon Laser
Paper: The hybrid silicon laser integrates light emitting capabilities of Indium Phosphide with the light-routing and low cost advantages of silicon.

Paper: The hybrid silicon laser integrates light emitting capabilities of Indium Phosphide with the light-routing and low cost advantages of silicon.

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Hybrid Silicon Laser and Photonics Technology
White Paper: Explains current and future uses of a hybrid silicon laser and how it could create optical data pipes to carry information.

White Paper: Explains current and future uses of a hybrid silicon laser and how it could create optical data pipes to carry information.

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The Tomorrow Project: MinuteIA (Intel Architecture) [86 K]
Brian David Johnson interviews Hong Wang and Perry Wang on extremely small-scale processor chip architecture for faster and more efficient computing

Brian David Johnson interviews Hong Wang and Perry Wang on extremely small-scale processor chip architecture for faster and more efficient computing

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