ADevelopment of Super-Wide-Field ConfocalMicroKopy for Image-Based Model Acquisition

我们的主要目标是在短时间内创建具有照片级真实感纹理的小型真实对象的三维计算机模型。为了达到这一目的，我们将基于图像的建模和渲染技术应用到广视场显微镜设备中，该设备专门用于小对象的建模和渲染。我们开发的广视场显微镜设备有两个光学系统，用于获取深度信息的共焦光学系统和用于获取颜色信息的非共焦光学系统。我们的方法是一种新的摄影方法，可以帮助任何人数字存档现有捕获系统无法处理的微小结构。对于研究用途来说，制作高保真的小物体虚拟标本是一种有效的方式，让学者们可以通过互联网以数字形式共享宝贵的学术资源。对于商业用途，该技术捕获的虚拟模型可以应用于计算机图形、游戏、数字电影院和其他数字娱乐媒体。

Our primary goal is to create the three-dimensional computer model with photo-realistic textures of a small real object in a short time. As a technique for attaining this purpose, we applied to a wide-field microscope equipment the IBM&R (Image Based Modeling & Rendering) which specialized in the small object.The wide-field microscope equipment which we developed has two optical systems, confocal optics system for depth information acquisition and non-confocal optics system for color information acquisition.Our approach is a new method of photography that helps anybody digitally archive minute structures that existing capturing systems cannot deal with. For research use, it is an effective way to make high-fidelity virtual specimens of small objects that allow scholars to share the precious academic resources over the Internet in a digital format. For commercial use, the virtual models captured by the technology can be applied to computer graphics, games, digital cinemas and other digital entertainment media.