Mark_Kilgard's presentations.

Mark_Kilgard's presentations. http://www.slideshare.net/ http://www.slideshare.net/images/logo.gif Mark_Kilgard's presentations. http://www.slideshare.net/ Fri, 13 Nov 2009 04:17:51 GMT SlideShare feed for Mark_Kilgard's presentations. GTC 2009 OpenGL Barthold http://www.slideshare.net/Mark_Kilgard/gtc-2009-opengl-barthold-2489509
Barthold Lichtenbelt’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009]]>
Barthold Lichtenbelt’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009]]> Fri, 13 Nov 2009 04:17:51 GMT http://www.slideshare.net/Mark_Kilgard/gtc-2009-opengl-barthold-2489509 Mark_Kilgard@slideshare.net(Mark_Kilgard) GTC 2009 OpenGL Barthold Mark_Kilgard Barthold Lichtenbelt’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009 <img src="http://cdn.slidesharecdn.com/gtc2009openglbarthold-091112221802-phpapp01-thumbnail-2?1258086883" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Barthold Lichtenbelt’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009 GTC 2009 OpenGL Barthold

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GTC 2009 OpenGL Gold http://www.slideshare.net/Mark_Kilgard/gtc-2009-opengl-gold-2489366
Michael Gold’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009]]>
Michael Gold’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009]]> Fri, 13 Nov 2009 03:49:13 GMT http://www.slideshare.net/Mark_Kilgard/gtc-2009-opengl-gold-2489366 Mark_Kilgard@slideshare.net(Mark_Kilgard) GTC 2009 OpenGL Gold Mark_Kilgard Michael Gold’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009 <img src="http://cdn.slidesharecdn.com/gtc2009openglgold-091112214918-phpapp01-thumbnail-2?1258084214" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Michael Gold’s slides presented at GPU Technology Conference (GTC) in San Jose on September 30, 2009 GTC 2009 OpenGL Gold

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Real-time Shadowing Techniques:* Shadow Volumes http://www.slideshare.net/Mark_Kilgard/realtime-shadowing-techniques-shadow-volumes
Presented at SIGGRAPH 2004 in Los Angeles on Tuesday, August 10th during the "Real-Time Shadowing Techniques" course. Jan Kautz and Marc Stamminger organized the course. The presentation covers robust shadow volume rendering techniques for GPUs.]]>
Presented at SIGGRAPH 2004 in Los Angeles on Tuesday, August 10th during the "Real-Time Shadowing Techniques" course. Jan Kautz and Marc Stamminger organized the course. The presentation covers robust shadow volume rendering techniques for GPUs.]]> Wed, 14 Oct 2009 15:51:39 GMT http://www.slideshare.net/Mark_Kilgard/realtime-shadowing-techniques-shadow-volumes Mark_Kilgard@slideshare.net(Mark_Kilgard) Real-time Shadowing Techniques:* Shadow Volumes Mark_Kilgard Presented at SIGGRAPH 2004 in Los Angeles on Tuesday, August 10th during the "Real-Time Shadowing Techniques" course. Jan Kautz and Marc Stamminger organized the course. The presentation covers robust shadow volume rendering techniques for GPUs. <img src="http://cdn.slidesharecdn.com/sg2004shadowvolumes-091014105146-phpapp01-thumbnail-2?1255535802" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Presented at SIGGRAPH 2004 in Los Angeles on Tuesday, August 10th during the "Real-Time Shadowing Techniques" course. Jan Kautz and Marc Stamminger organized the course. The presentation covers robust shadow volume rendering techniques for GPUs. Real-time Shadowing Techniques: Shadow Volumes

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A Practical and Robust* Bump-mapping Technique for Todayâ€™s GPUs http://www.slideshare.net/Mark_Kilgard/a-practical-and-robust-bumpmapping-technique-for-todays-gpus
I presented this on May 8, 2000 to the Stanford Shading Group in Palo Alto, California. The presentation explains how to use the, then state-of-the-art, NVIDIA register combiners of the GeForce 256 to implement per-pixel bump mapping, a technique that is now ubiquitous in most 3D computer games.]]>
I presented this on May 8, 2000 to the Stanford Shading Group in Palo Alto, California. The presentation explains how to use the, then state-of-the-art, NVIDIA register combiners of the GeForce 256 to implement per-pixel bump mapping, a technique that is now ubiquitous in most 3D computer games.]]> Wed, 14 Oct 2009 15:42:14 GMT http://www.slideshare.net/Mark_Kilgard/a-practical-and-robust-bumpmapping-technique-for-todays-gpus Mark_Kilgard@slideshare.net(Mark_Kilgard) A Practical and Robust* Bump-mapping Technique for Todayâ€™s GPUs Mark_Kilgard I presented this on May 8, 2000 to the Stanford Shading Group in Palo Alto, California. The presentation explains how to use the, then state-of-the-art, NVIDIA register combiners of the GeForce 256 to implement per-pixel bump mapping, a technique that is now ubiquitous in most 3D computer games. <img src="http://cdn.slidesharecdn.com/gpubump-091014104227-phpapp02-thumbnail-2?1255534997" alt ="" style="border:1px solid #C3E6D8;float:right;" /> I presented this on May 8, 2000 to the Stanford Shading Group in Palo Alto, California. The presentation explains how to use the, then state-of-the-art, NVIDIA register combiners of the GeForce 256 to implement per-pixel bump mapping, a technique that is now ubiquitous in most 3D computer games. A Practical and Robust Bump-mapping Technique for Today’s GPUs

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Shadow Mapping *with Today’s OpenGL Hardware http://www.slideshare.net/Mark_Kilgard/shadow-mappingwith-todays-opengl-hardware
Explanation of GPU-accelerated shadow mapping (circa 2001 GPU technology) presented at CEDEC 2001 in Tokyo.]]>
Explanation of GPU-accelerated shadow mapping (circa 2001 GPU technology) presented at CEDEC 2001 in Tokyo.]]> Tue, 13 Oct 2009 16:36:06 GMT http://www.slideshare.net/Mark_Kilgard/shadow-mappingwith-todays-opengl-hardware Mark_Kilgard@slideshare.net(Mark_Kilgard) Shadow Mapping *with Today’s OpenGL Hardware Mark_Kilgard Explanation of GPU-accelerated shadow mapping (circa 2001 GPU technology) presented at CEDEC 2001 in Tokyo. <img src="http://cdn.slidesharecdn.com/shadowmapscedec-091013113614-phpapp02-thumbnail-2?1255476650" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Explanation of GPU-accelerated shadow mapping (circa 2001 GPU technology) presented at CEDEC 2001 in Tokyo. Shadow Mapping with Today's OpenGL Hardware

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NVIDIA Graphics, Cg, and Transparency http://www.slideshare.net/Mark_Kilgard/nvidia-graphics-cg-and-transparency-2210014
Presented at SIGGRAPH 2006 in Boston on July 30, 2006 during "GPU Shading and Rendering" course.]]>
Presented at SIGGRAPH 2006 in Boston on July 30, 2006 during "GPU Shading and Rendering" course.]]> Tue, 13 Oct 2009 16:15:32 GMT http://www.slideshare.net/Mark_Kilgard/nvidia-graphics-cg-and-transparency-2210014 Mark_Kilgard@slideshare.net(Mark_Kilgard) NVIDIA Graphics, Cg, and Transparency Mark_Kilgard Presented at SIGGRAPH 2006 in Boston on July 30, 2006 during "GPU Shading and Rendering" course. <img src="http://cdn.slidesharecdn.com/sg2006kilgard-091013111546-phpapp02-thumbnail-2?1255451365" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Presented at SIGGRAPH 2006 in Boston on July 30, 2006 during "GPU Shading and Rendering" course. NVIDIA Graphics, Cg, and Transparency

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OpenGL 3.2 and More http://www.slideshare.net/Mark_Kilgard/opengl-32-and-more
Presented September 30, 2009 in San Jose, California at GPU Technology Conference. Describes the new features of OpenGL 3.2 and NVIDIA’s extensions beyond 3.2 such as bindless graphics, direct state access, separate shader objects, copy image, texture barrier, and Cg 2.2.]]>
Presented September 30, 2009 in San Jose, California at GPU Technology Conference. Describes the new features of OpenGL 3.2 and NVIDIA’s extensions beyond 3.2 such as bindless graphics, direct state access, separate shader objects, copy image, texture barrier, and Cg 2.2.]]> Fri, 09 Oct 2009 02:46:29 GMT http://www.slideshare.net/Mark_Kilgard/opengl-32-and-more Mark_Kilgard@slideshare.net(Mark_Kilgard) OpenGL 3.2 and More Mark_Kilgard Presented September 30, 2009 in San Jose, California at GPU Technology Conference. Describes the new features of OpenGL 3.2 and NVIDIA’s extensions beyond 3.2 such as bindless graphics, direct state access, separate shader objects, copy image, texture barrier, and Cg 2.2. <img src="http://cdn.slidesharecdn.com/gtc2009openglkilgard-091008215235-phpapp01-thumbnail-2?1255410697" alt ="" style="border:1px solid #C3E6D8;float:right;" /> Presented September 30, 2009 in San Jose, California at GPU Technology Conference. Describes the new features of OpenGL 3.2 and NVIDIA’s extensions beyond 3.2 such as bindless graphics, direct state access, separate shader objects, copy image, texture barrier, and Cg 2.2. OpenGL 3.2 and More

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SIGGRAPH Asia 2008 Modern OpenGL http://www.slideshare.net/Mark_Kilgard/sigraph-asia-2008-modern-opengl-presentation
A long-time implementer of OpenGL (Mark Kilgard, NVIDIA) and the system’s original architect (Kurt Akeley, Microsoft) explain OpenGL’s design and evolution. OpenGL’s state machine is now a complex data-flow with multiple programmable stages. OpenGL practitioners can expect candid design explanations, advice for programming modern GPUs, and insight into OpenGL’s future. These slides were presented at SIGGRAPH Asia 2008 for the "Modern OpenGL: Its Design and Evolution" course. Course abstract: OpenGL was conceived in 1991 to provide an industry standard for programming the hardware graphics pipeline. The original design has evolved considerably over the last 17 years. Whereas capabilities mandated by OpenGL such as texture mapping and a stencil buffer were present only on the world’s most expensive graphics hardware back in 1991, now these features are completely pervasive in PCs and now even available in several hand-held devices. Over that time, OpenGL’s original fixed-function state machine has evolved into a complex data-flow including several application-programmable stages. And the performance of OpenGL has increased from 100x to over 1,000x in many important raw graphics operations. In this course, a long-time implementer of OpenGL and the system’s original architect explain OpenGL’s design and evolution. You will learn how the modern (post-2006) graphics hardware pipeline is exposed through OpenGL. You will hear Kurt Akeley’s personal retrospective on OpenGL’s development. You will learn nine ways to write better OpenGL programs. You will learn how modern OpenGL implementations operate. Finally we discuss OpenGL’s future evolution. Whether you program with OpenGL or program with another API such as Direct3D, this course will give you new insights into graphics hardware architecture, programmable shading, and how to best take advantage of modern GPUs.]]>
A long-time implementer of OpenGL (Mark Kilgard, NVIDIA) and the system’s original architect (Kurt Akeley, Microsoft) explain OpenGL’s design and evolution. OpenGL’s state machine is now a complex data-flow with multiple programmable stages. OpenGL practitioners can expect candid design explanations, advice for programming modern GPUs, and insight into OpenGL’s future. These slides were presented at SIGGRAPH Asia 2008 for the "Modern OpenGL: Its Design and Evolution" course. Course abstract: OpenGL was conceived in 1991 to provide an industry standard for programming the hardware graphics pipeline. The original design has evolved considerably over the last 17 years. Whereas capabilities mandated by OpenGL such as texture mapping and a stencil buffer were present only on the world’s most expensive graphics hardware back in 1991, now these features are completely pervasive in PCs and now even available in several hand-held devices. Over that time, OpenGL’s original fixed-function state machine has evolved into a complex data-flow including several application-programmable stages. And the performance of OpenGL has increased from 100x to over 1,000x in many important raw graphics operations. In this course, a long-time implementer of OpenGL and the system’s original architect explain OpenGL’s design and evolution. You will learn how the modern (post-2006) graphics hardware pipeline is exposed through OpenGL. You will hear Kurt Akeley’s personal retrospective on OpenGL’s development. You will learn nine ways to write better OpenGL programs. You will learn how modern OpenGL implementations operate. Finally we discuss OpenGL’s future evolution. Whether you program with OpenGL or program with another API such as Direct3D, this course will give you new insights into graphics hardware architecture, programmable shading, and how to best take advantage of modern GPUs.]]> Fri, 09 Jan 2009 23:02:11 GMT http://www.slideshare.net/Mark_Kilgard/sigraph-asia-2008-modern-opengl-presentation Mark_Kilgard@slideshare.net(Mark_Kilgard) SIGGRAPH Asia 2008 Modern OpenGL Mark_Kilgard A long-time implementer of OpenGL (Mark Kilgard, NVIDIA) and the system’s original architect (Kurt Akeley, Microsoft) explain OpenGL’s design and evolution. OpenGL’s state machine is now a complex data-flow with multiple programmable stages. OpenGL practitioners can expect candid design explanations, advice for programming modern GPUs, and insight into OpenGL’s future. These slides were presented at SIGGRAPH Asia 2008 for the "Modern OpenGL: Its Design and Evolution" course. Course abstract: OpenGL was conceived in 1991 to provide an industry standard for programming the hardware graphics pipeline. The original design has evolved considerably over the last 17 years. Whereas capabilities mandated by OpenGL such as texture mapping and a stencil buffer were present only on the world’s most expensive graphics hardware back in 1991, now these features are completely pervasive in PCs and now even available in several hand-held devices. Over that time, OpenGL’s original fixed-function state machine has evolved into a complex data-flow including several application-programmable stages. And the performance of OpenGL has increased from 100x to over 1,000x in many important raw graphics operations. In this course, a long-time implementer of OpenGL and the system’s original architect explain OpenGL’s design and evolution. You will learn how the modern (post-2006) graphics hardware pipeline is exposed through OpenGL. You will hear Kurt Akeley’s personal retrospective on OpenGL’s development. You will learn nine ways to write better OpenGL programs. You will learn how modern OpenGL implementations operate. Finally we discuss OpenGL’s future evolution. Whether you program with OpenGL or program with another API such as Direct3D, this course will give you new insights into graphics hardware architecture, programmable shading, and how to best take advantage of modern GPUs. <img src="http://cdn.slidesharecdn.com/sa2008modernopengl-1231549184153966-1-thumbnail-2?1231978759" alt ="" style="border:1px solid #C3E6D8;float:right;" /> A long-time implementer of OpenGL (Mark Kilgard, NVIDIA) and the system’s original architect (Kurt Akeley, Microsoft) explain OpenGL’s design and evolution. OpenGL’s state machine is now a complex data-flow with multiple programmable stages. OpenGL practitioners can expect candid design explanations, advice for programming modern GPUs, and insight into OpenGL’s future. These slides were presented at SIGGRAPH Asia 2008 for the "Modern OpenGL: Its Design and Evolution" course. Course abstract: OpenGL was conceived in 1991 to provide an industry standard for programming the hardware graphics pipeline. The original design has evolved considerably over the last 17 years. Whereas capabilities mandated by OpenGL such as texture mapping and a stencil buffer were present only on the world’s most expensive graphics hardware back in 1991, now these features are completely pervasive in PCs and now even available in several hand-held devices. Over that time, OpenGL’s original fixed-function state machine has evolved into a complex data-flow including several application-programmable stages. And the performance of OpenGL has increased from 100x to over 1,000x in many important raw graphics operations. In this course, a long-time implementer of OpenGL and the system’s original architect explain OpenGL’s design and evolution. You will learn how the modern (post-2006) graphics hardware pipeline is exposed through OpenGL. You will hear Kurt Akeley’s personal retrospective on OpenGL’s development. You will learn nine ways to write better OpenGL programs. You will learn how modern OpenGL implementations operate. Finally we discuss OpenGL’s future evolution. Whether you program with OpenGL or program with another API such as Direct3D, this course will give you new insights into graphics hardware architecture, programmable shading, and how to best take advantage of modern GPUs. SIGGRAPH Asia 2008 Modern OpenGL

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]]> http://cdn.slidesharecdn.com/profile-photo-Mark_Kilgard?1255535894 Mark’s karaoke rendition of Dolly Parton’s "9 to 5" cannot be beat. www.nvidia.com http://cdn.slidesharecdn.com/gtc2009openglbarthold-091112221802-phpapp01-thumbnail?1258086883 Mark_Kilgard/gtc-2009-opengl-barthold-2489509 GTC 2009 OpenGL Barthold http://cdn.slidesharecdn.com/gtc2009openglgold-091112214918-phpapp01-thumbnail?1258084214 Mark_Kilgard/gtc-2009-opengl-gold-2489366 GTC 2009 OpenGL Gold http://cdn.slidesharecdn.com/sg2004shadowvolumes-091014105146-phpapp01-thumbnail?1255535802 Mark_Kilgard/realtime-shadowing-techniques-shadow-volumes Real-time Shadowing Te...