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 TitleDate AddedCompany
whitepaper DisplacementMapping10 Sample0000-00-00 Microsoft
  This sample implements displacement mapping by ray tracing through geometry extruded from a base mesh. The sample uses Direct3D 10 and the geometry shader to extrude prisms which are then decomposed into three tetrahedra for each triangle in the mesh. The pixel shader ray traces through the tetrahedra to intersect the displacement map. The diffuse color and normal values are then calculated for this point and used to set the final color of the pixel on screen.

Tags: Components, Desktop Client OS		   
whitepaper FixedFuncEMU Sample0000-00-00 Microsoft
  This sample attempts to emulate certain aspects of the Direct3D 9 fixed function pipeline in a Direct3D 10 environment. This sample attempts to emulate the following aspects of the Direct3D 9 fixed-function pipeline - Fixed-function Transformation Pipeline, Fixed-function Lighting Pipeline, AlphaTest, User Clip Planes, Pixel Fog, Gouraud and Flat shade modes, Projected texture lookups (texldp), Multi-Texturing, D3DFILL_POINT fillmode, Screen space UI rendering.

Tags: Components, Desktop Client OS		   
whitepaper MotionBlur10 Sample0000-00-00 Microsoft
  This sample implements motion blur using the geometry shader to extrude fins from the original mesh. The MotionBlur10 sample implements motion blur using a geometric approach combined with order independent transparency through the use of AlphaToCoverage and with anisotropic texture filtering.

Tags: Components, Desktop Client OS		   
whitepaper Dell Precision Workstations With NVIDIA Graphics Cards Enhance Cutting-Edge Scientific Research at the University of Maryland Institute for Advanced Computer Studies2006-11-01 Dell
  Researchers at the University of Maryland Institute for Advanced Computer Studies are contributing to the development of a new approach to high-performance parallel computing that uses clusters of processors and Graphics Processing Units (GPUs) to support new algorithms and applications in computational biology, computer vision, virtual audio, signal processing, and for interactively visualizing large scientific datasets. The University deployed Dell Services for assessment, design, implementation, and support; Dell Precision 470 workstations with Intel Xeon processors, NVIDIA GeForce 6800 Ultra PCI Express graphics cards, PCI Express Topspin InfiniBand Host Channel Adapter, and the Red Hat Enterprise Linux operating system; 24" Dell UltraSharp LCD 2405FP monitors; Dell PowerEdge 2850 servers running the Red Hat Linux operating system.

Tags: Components, Client System Hardware		   
whitepaper Intel's Next Generation Integrated Graphics Architecture - Intel Graphics Media Accelerator X3000 and 30002006-07-01 Intel
  Gamers and Media enthusiasts have been long demanding better technology for unparallel ultra-realistic visual experience and the demand will be even greater in the future. Intel has answered the current demand to support future technologies by unveiling its hybrid graphics architecture with the introduction of Intel Graphics Media Accelerator 3000 (Intel GMA 3000) family engine. This state-of-the-art hybrid architecture evolved as a balance between fixed function and programmability. The graphics engine of the Intel Graphics Media Accelerator 3000 family consists of a scalable array of symmetric processing components known as Execution Units (EUs) which can be programmed to dynamically process graphics or media data alike.

Tags: Components, Desktop Client OS		   
whitepaper Camera Raw Workflow With Bridge, DNG Converter, Camera Raw Plug-in, and Photoshop CS22006-06-26 Adobe Systems
  There are efficient workflows, and there are workflows that slow a person down. The author recommends that one should avoid the slow workflows, assuming one wants a life after shooting. The key to an efficient workflow is minimizing steps, becoming fast at performing the repetitive parts, automating as much as it can, and spending quality time only on the final edit selects. At first glance, one might not think that a three-part mix of 1/3 Bridge, 1/3 Camera Raw, and 1/3 Photoshop could be a recipe for an efficient workflow, but it can be. The trick is to know what, how, and when to do the things required.

Tags: Components		   
whitepaper Using Headless Mode in the Java SE Platform2006-06-01 Sun Microsystems
  This paper explains how to use the headless mode capabilities of the Java Platform, Standard Edition (Java SE, formerly referred to as J2SE). Headless mode is a system configuration in which the display device, keyboard, or mouse is lacking. Sounds unexpected, but actually one can perform different operations in this mode, even with graphic data. Where it is applicable? Many methods in the java.awt.Toolkit and java.awt.GraphicsEnvironment classes, with the exception of fonts, imaging, and printing, require the availability of a display device, keyboard, and mouse. But some classes, such as Canvas or Panel, can be executed in headless mode. Headless mode support has been available since the J2SE 1.4 platform.

Tags: Components, Software Development Tools		   
whitepaper Intel 910GML/915G/915GM/915GMS/915GV and 910GL Express Chipsets: Intel Dynamic Video Memory Technology (DVMT) 3.02005-08-01 Intel
  The purpose of this white paper is to describe the memory allocation and usage model scenarios of an Intel Graphics Media Accelerator Driver feature, Intel Dynamic Video Memory Technology (DVMT) for the Intel 910GML/915G/915GM/915GMS915GV and 910GL Express chipsets. This white paper will provide details on how DVMT works, configurability options available to the OEM and descriptions of what to expect in certain scenarios of DVMT 3.0.

Tags: Components, Components		   
whitepaper Intel 945G/945GM Express Chipset: Intel Dynamic Video Memory Technology (DVMT) 3.02005-06-01 Intel
  The purpose this white paper is to describe the memory allocation and usage model scenarios of an Intel Graphics Driver feature, Dynamic Video Memory Technology (DVMT) for the Intel 945G/945GM Express chipsets. This white paper will provide details on how DVMT works, configurability options available to the OEM and descriptions of what to expect in certain scenarios of DVMT 3.0.

Tags: Components, Components		   
whitepaper ATI HDTV Component Video Adapter: Installation and Setup User's Guide2003-10-21 ATI Technologies
  View computer output directly on your High Definition Television or other component input device. Provide a big screen experience for your PC that is ideal for playing games, giving presentations, watching movies, and browsing the Internet. The ATI HDTV Component Video Adapter converts standard VGA or DVI-I video output from your RADEON Series card or ALL-IN-WONDER RADEON Series card to component video that you can display on your High Definition Television or other component input device.

Tags: Peripherals		   

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