A MODULAR MULTI PARAMETER AMBULATORY PROCESSOR

该提案是一项设计、构建和测试数字 基于微型计算机的大固态移动监护仪 数据存储容量。动态监护仪将持续不断地 测量受试者的生理参数 自然环境。在这个项目中，我们将设计和建造 动态监护仪的两个原型，并对它们进行评估 广泛参与了一些心理生理学数据的收集 研究恐惧和情绪的任务。非卧床监护仪 将是一个由电池供电的微型数字微型计算机 包含多达八个插件应用程序模块在其坚固的 防震防水塑料外壳。最初，我们将 开发基本的动态监护仪和五种类型的 应用模块：(1)非易失性存储器，用于程序和 数据存储，(2)心率模块，(3)呼吸模块，(4) 皮肤电导模块，以及(5)通用放大器 带有轮廓从动件的模块。

This proposal is a plan to design, build, and test a digital microcomputer-based ambulatory monitor with a large solid state data storage capacity. The ambulatory monitor will continuously measure physiological parameters on human subjects in their natural environments. In this project, we will design and build two prototypes of the ambulatory monitor, and evaluate them extensively in a number of psychophysiological data-gathering tasks in the study of fears and emotion. The ambulatory monitor will be a miniaturized battery-powered digital microcomputer containing up to eight plug-in application modules in its rugged shock-resistant and water-resistant plastic case. Initially, we will develop the basic ambulatory monitor and five types of application modules: (1) non-volatile memory for program and data storage, (2) a heart rate module, (3) a respiration module, (4) a skin conductance module, and (5) a general-purpose amplifier module with a contour follower.