GOAL BASED ALOGRITHMS FOR 3 DIMENSIONAL ANALYSIS AND VISUALIZATION

用于 3 维分析和可视化的基于目标的算法

• 批准号: 6104068
• 负责人: ALAN H. BARR
• 金额: $ 12.72万
• 依托单位: CALIFORNIA INSTITUTE OF TECHNOLOGY
• 依托单位国家: 美国
• 财政年份: 1998
• 资助国家: 美国
• 起止时间: 1998-09-15 至 1999-08-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/6104068
• 关键词: Internet; biomedical resource; brain imaging /visualization /scanning; brain mapping; computer graphics /printing; computer human interaction; computer program /software; computer system design /evaluation; confocal scanning microscopy; data collection methodology /evaluation; information dissemination; information systems; magnetic resonance imaging; mathematical model; model design /development; neuroanatomy

The long term aim of this project is to take emerging methods from computer graphics and extend state of the art in data collection, modeling, analysis and visualization of three-dimensional brain structures. The intent is to develop new algorithms and create a set of modular and re-usable tools for collect and interacting with multivalued anatomic information, as well as developing tools that aid in dissemination of this information. By developing new types of computation, the intent is to ultimately enable new types of diagnostic procedures and approaches for use by brain researchers and health practitioners. There are five related research areas in this project: 1) continued development of "goal-based" data acquisition methods, 2) elucidation of microstructure from diffusion tensor data, 3) multivalued tissue classification algorithms, 4) semi-immersive visualization algorithms and interaction methods for display and data acquisition on a "Responsive Workbench" and 5) new types of multivalued visualization methods, such as "painterly" visualization. The project involves magnetic resonance micro-imaging, and two-photon and confocal microscopy. Using high resolution anatomical data from the Atlas Project and MRI Core and optical data from the Connectivity Project, tissues will be classified and visualized through their chemical composition and microstructure. The algorithms and an annotated subsets of the visualized data will be disseminated through publications and via the web.

该项目的长期目标是采用新兴方法， 计算机图形学和扩展数据收集的最新技术， 三维脑的建模、分析和可视化 结构.其目的是开发新的算法，并创建一组 模块化和可重复使用的工具，用于收集多值 解剖信息，以及开发工具， 传播这些信息。通过开发新型计算， 其目的是最终实现新型诊断程序， 供大脑研究人员和健康从业人员使用的方法。 该项目有五个相关的研究领域： 1)继续开发“基于目标”的数据采集方法， 2)从扩散张量数据阐明微观结构， 3)多值组织分类算法， 4)半沉浸式可视化算法和交互方法， 显示和数据采集“响应式显示器”， 5)新型的多值可视化方法，如“绘画式” 视觉化 该项目涉及磁共振显微成像，双光子和 共聚焦显微镜利用地图集上的高分辨率解剖数据 项目和MRI核心和光学数据来自连接项目， 组织将被分类并通过它们的化学 成分和显微结构。的算法和注释子集， 可视化数据将通过出版物和 web.