3D Sensing for Moving Objects Based on Integration of the Time-sequential Range Data

基于时序距离数据集成的运动物体 3D 传感

• 批准号: 20760263
• 负责人: WATANABE Yoshihiro
• 金额: $ 2.5万
• 依托单位: The University of Tokyo
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Young Scientists (B)
• 财政年份: 2008
• 资助国家: 日本
• 起止时间: 2008 至 2009
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-20760263/
• 关键词: センシング情報処理; 3次元計測; 高解像度化; 能動計測; 画像センシング; 高速ビジョン; 計測工学; 最適化問題

The goal of this study involves the development of the new 3D sensing technology and its applications. The new 3D sensing technology is capable of real-time shape acquisition of a high-speed moving/deforming object. Particularly, I focused on the method for the high-resolution shape reconstruction and applications for man-machine interface.I have proposed a method for High-resolution shape reconstruction. This method enables the reconstruction of high-resolution shape by integrating multiple time-sequential range images. Also the estimation method for non-rigid deformation has been developed in this study. This method achieves accurate surface estimation and planar development based on a mathematical model involving the physical features of the developable surface. In addition, based on the high-speed 3D sensing technology, I have developed an interactive display system. The proposed system is a variant of the multi-touch display technology that introduces an original way of manipulating three dimensional data by utilizing the deformable tangible screen. As another application, I have developed a new book digitalization technology of scanning large stacks of paper while the user performs a continuous page flipping action. The developed technology shows that it is possible to recognize the 3D deformation of the flipped papers and reconstruct the original flat image.

本研究的目的是开发新的三维传感技术及其应用。新的3D传感技术能够实时获取高速移动/变形物体的形状。重点研究了高分辨率形状重建方法及其在人机界面中的应用，提出了一种高分辨率形状重建方法。该方法能够通过整合多个时间序列距离图像来重建高分辨率的形状。此外，非刚性变形的估计方法已在本研究中开发。该方法基于可展曲面的物理特征建立数学模型，实现了精确的曲面估计和平面展开。另外，基于高速三维传感技术，开发了一个交互式显示系统。所提出的系统是多点触摸显示技术的变体，其引入了通过利用可变形的有形屏幕来操纵三维数据的原始方式。作为另一个应用，我开发了一种新的图书数字化技术，在用户执行连续翻页动作的同时扫描大量纸张。所开发的技术表明，可以识别翻转纸张的3D变形并重建原始平面图像。

项目成果

NHK: "おはよう日本「世界が注目するネット動画」, " 2010

NHK：“早安日本‘吸引全世界关注的网络视频’”，2010 年

Reuters: "Speedy scanner re-writes book on publishing technology, " 2010

路透社：“快速扫描仪重写了有关出版技术的书籍”，2010 年

Slashdot: "Japanese Researchers Develop World's Fastest Book Scanner, " 2010

Slashdot：“日本研究人员开发出世界上最快的书籍扫描仪”，2010 年

The Deformable Workspace:a Membrane between real and Virtual Space

可变形工作空间：真实与虚拟空间之间的隔膜

• 发表时间: 2008
• 作者: Y. Watanabe;A. Casainelli;T. Komuro;M. Ishikawa
• 通讯作者: M. Ishikawa

高速ビジョンを用いた高速ロボットの実現

利用高速视觉实现高速机器人

• 发表时间: 2010
• 期刊: ロボット Vol.192
• 作者: 渡辺義浩;妹尾拓;石川正俊
• 通讯作者: 石川正俊