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var title = new Array();
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imgarr[1] = new Image();
imgarr[1].src = "images/vci01.jpg";
title[1] = "Ray tracing is a 3-D rendering technique used in many Hollywood movies today to achieve realistic lighting effects, such as the reflections shown on the toy car here. The Intel VCI will research techniques to bring these kings of special effects to real-time applications such as games.";
aidx[1] = "1";


imgarr[2] = new Image();
imgarr[2].src = "images/vci02.jpg";
title[2] = "Ray tracing is a 3-D rendering technique used in many Hollywood movies today to achieve realistic lighting effects, such as the reflections and shadows shown on the toy car here. The Intel VCI will research techniques to bring these kings of special effects to real-time applications such as games.";
aidx[2] = "2";

imgarr[3] = new Image();
imgarr[3].src = "images/vci03.jpg";
title[3] = "Ray tracing is a 3-D rendering technique used in many Hollywood movies today to achieve realistic lighting effects, such as the reflections and shadows shown here. The Intel VCI will research techniques to bring these kings of special effects to real-time applications such as games.  ";
aidx[3] = "3";

imgarr[4] = new Image();
imgarr[4].src = "images/vci04.jpg";
title[4] = "This is an example of Intel’s real-time ray tracing research, demonstrated using models from the game “Quake Wars.” Using ray tracing makes it is easy to generate complex reflections such as the distorted reflections seen on the surface of the water here.";
aidx[4] = "4";

imgarr[5] = new Image();
imgarr[5].src = "images/vci05.jpg";
title[5] = "This is an example of a 3-D virtual information environment Intel is researching to provide an alternative to the traditional 2-D desktop on your screen today. By transitioning computer interfaces to 3-D, we will be able to interact with people, objects, and data in ways that are more similar to, or even better than, the real world.";
aidx[5] = "5";

imgarr[6] = new Image();
imgarr[6].src = "images/vci06.jpg";
title[6] = "This is an Intel region with the new ScienceSim virtual world, an interactive 3-D environment for immersive scientific collaboration and education. Intel is working with the Supercomputing 2009 conference committee to develop this new tool for scientists.";
aidx[6] = "6";

imgarr[7] = new Image();
imgarr[7].src = "images/vci07.jpg";
title[7] = "An avatar interacts with a model of Intel’s 80-core research processor within a virtual world. By transitioning computer interfaces to 3-D, we will be able to interact with people, objects, and data in ways that are more similar to, or even better than, the real world.";
aidx[7] = "7";

imgarr[8] = new Image();
imgarr[8].src = "images/t01.jpg";
title[8] = "Group photo of Intel Visual Computing Institute stakeholders";
aidx[8] = "8";

imgarr[9] = new Image();
imgarr[9].src = "images/t02.jpg";
title[9] = "Justin Rattner, Intel Senior Fellow and chief technology officer speaking at the opening ceremony at Saarland University";
aidx[9] = "9";

imgarr[10] = new Image();
imgarr[10].src = "images/t03.jpg";
title[10] = "Justin Rattner, Intel Senior Fellow and chief technology officer speaking at the opening ceremony at Saarland University";
aidx[10] = "10";

imgarr[11] = new Image();
imgarr[11].src = "images/t04.jpg";
title[11] = "Peter Müller, Prime Minister State Saarland speaking at the opening ceremony at Saarland University";
aidx[11] = "11";

imgarr[12] = new Image();
imgarr[12].src = "images/t05.jpg";
title[12] = "Justin Rattner and Peter Müller cutting the symbolic ribbon to open the Intel Visual Computing Institute";
aidx[12] = "12";

imgarr[13] = new Image();
imgarr[13].src = "images/t06.jpg";
title[13] = "Justin Rattner and Peter Müller cutting the symbolic ribbon to open the Intel Visual Computing Institute";
aidx[13] = "13";

imgarr[14] = new Image();
imgarr[14].src = "images/t07.jpg";
title[14] = "Justin Rattner and Peter Müller shaking hands after having cut the symbolic ribbon";
aidx[14] = "14";

imgarr[15] = new Image();
imgarr[15].src = "images/t08.jpg";
title[15] = "Signing the contract are (left to right): Justin Rattner, Intel Senior Fellow and chief technology officer; Peter Druschel, Scientific Director, Max Planck Institute for Software Systems; Prof. Wolfgang Wahlster, German Research Center for Artificial Intelligence; Prof. Dr. Volker Linneweber, President of Saarland University; Prof. Dr. Hans-Peter Seidel, Max Planck Institute for Informatics";
aidx[15] = "15";

imgarr[16] = new Image();
imgarr[16].src = "images/t09.jpg";
title[16] = "Press conference (left to right): Philipp Slusallek, Volker Linneweber, Justin Rattner and Thorsten Herfet";
aidx[16] = "16";

imgarr[17] = new Image();
imgarr[17].src = "images/t10.jpg";
title[17] = "Demonstration: Advanced Rendering Techniques Applied to Biological Molecules";
aidx[17] = "17";

imgarr[18] = new Image();
imgarr[18].src = "images/t11.jpg";
title[18] = "Demonstration: Markerless Performance Capture, Virtual Actors and 3D Video Processing";
aidx[18] = "18";

imgarr[19] = new Image();
imgarr[19].src = "images/t12.jpg";
title[19] = "Demonstration: Edge-Based Image Compression; a system where digital images can be encoded in an efficient way by storing only the colors on both sides of the most important edges.";
aidx[19] = "19";

imgarr[20] = new Image();
imgarr[20].src = "images/t13.jpg";
title[20] = "";
aidx[20] = "20"; 


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  document.art.RotatorPhotoCaption.value = title[n];
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function setup() {
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