Whole programming methods for ubiquitous environments

旨在实现由分布在泛在计算环境中的大量泛在设备所实现的“群”计算。我们建立了对数百到数千个整体设备执行宏编程的方法。此外，我们开发了几种方法，包括在LED矩阵上编辑光学图案的方法，以及构建结合全局和局部通信的拓扑结构的方法。此外，我们还在这些设备上开发了规则基础、程序转换和移动代理的框架。

Aiming at realizing "group" computing achieved by a lot of ubiquitous devices distributed in ubiquitous computing environments. We established methods which perform macro-programming for hundreds to thousands of devices as a whole. Further, we developed several methods including a method of editing an optical pattern on LED matrices, and methods of building topology combining global and local communication. Moreover, we developed frameworks of rule-bases, program conversion and mobile agents on such devices.