Interactive Software Architecture for Advanced Movile Interface

高级移动界面的交互式软件架构

基本信息

批准号：
10480055
负责人：
MATSUOKA Satoshi
金额：
$ 6.66万
依托单位：
Tokyo Institute of Technology
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (B)
财政年份：
1998
资助国家：
日本
起止时间：
1998 至 1999
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-10480055/
关键词：
Mobile computing Mobile Information Terminal Pegasus WEBPAD Thin Client Information Filtering Constraint Solver Pen Computing

项目摘要

(1) Pen-Based Drawing System for Geometric Design:We proposed two novel interaction techniques called "interactive beautification" and "predictive drawing." Interactive beautification receives the user's free stroke input and generates multiple candidates by considering possible geometric constraints. Predictive drawing shows next drawing operation based on the spatial relationship among existing figures. We then developed a prototype system Pegasus, and achieved fast and flexible drawing interactions.(2) Pen-Based Sketching Interface for 3D Freeform Design :We developed a pen-based drawing system "Teddy", a sketching interface for creating 3D polygonal surface models. The user can create a 3D model by drawing 2D silhouette with a pen. Our informal user study showed that a first-time user typically masters the operations within 10 minutes, and can construct 3D models within minutes. This papers was awarded Impact Paper at SIGGRAPH'99.(3) Context-aware information system for mobile computer :We proposed a new information system architecture called the "WEBPAD system". WEBPAD is attempts to be a general-purpose context-aware UI system, which recognizes and predicts current user's "context" information. Our system employs thin-client technique to offload much of the data processing to the server. The server collects useful information from the WWW automatically. The user can create new information via a camera and a microphone, and the information is distributed to others via information filtering techniques.(4) Multiple Painting Input System :We developed a prototype system of multiple pointing input system. Our system recognizes multiple movements of devices that is moved by a user simultaneously, so the user can point and manipulate multiple object on the screen.

（1）基于笔的几何设计绘图系统：我们提出了两种称为“交互式美化”和“预测图”的新型相互作用技术。交互式美化接收用户的免费中风输入，并通过考虑可能的几何约束来生成多个候选。预测图显示了基于现有数字之间的空间关系的下一个图形操作。然后，我们开发了一个原型系统Pegasus，并实现了快速，灵活的图纸交互。（2）3D Freeform设计的基于笔的素描接口：我们开发了一个基于笔的绘图系统“ Teddy”，这是一种用于创建3D多边形表面模型的草图接口。用户可以通过用笔绘制2D轮廓来创建3D模型。我们的非正式用户研究表明，首次用户通常会在10分钟内掌握操作，并且可以在几分钟内构建3D型号。该论文在Siggraph'99上获得了影响文件。（3）移动计算机的上下文感知信息系统：我们提出了一种称为“ WebPad System”的新信息系统体系结构。 WebPad试图成为通用上下文感知的UI系统，该系统可以识别并预测当前用户的“上下文”信息。我们的系统采用薄晶型技术来将大量数据处理卸载到服务器。服务器自动从www收集有用的信息。用户可以通过摄像头和麦克风创建新信息，并通过信息过滤技术将信息分发给其他信息。（4）多个绘画输入系统：我们开发了多个指向输入系统的原型系统。我们的系统识别用户同时移动的设备的多个运动，因此用户可以在屏幕上指向并操纵多个对象。