A MICROPROCESSOR BIOTECHNOLOGY RESOURCE

微处理器生物技术资源

• 批准号: 3103753
• 负责人: ROBERT L SCHOENFELD
• 金额: $ 46.96万
• 依托单位: ROCKEFELLER UNIVERSITY
• 依托单位国家: 美国
• 财政年份: 1977
• 资助国家: 美国
• 起止时间: 1977-09-01 至 1987-08-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/3103753
• 关键词: computer center; computer human interaction; computer system design /evaluation

Continued support is requested for a microprocessor biotechnology resource serving Rockefeller University and the national community through collaborative projects. The program advances biomedical research by integrating state-of-the-art computer science with microprocessor technology to aid biomedical laboratory computing. A major emphasis is to use cooperating multiprocessors to take advantage of the parallelism inherent in concurrent laboratory control, data acquisition and signal processing tasks. The core research includes: a multiprocessor operating system, AMPOS, a multiprocessor architecture featuring hierarchical bus structures and tightly coupled co-processors, each of these projects is in step with the continuing evolution of the hardware technology; a program to develop visually aided, user supportive, interactive, system transferable laboratory software; the utilization of VLSI fabrication techniques to produce light-weight, low power devices for prosthesis and rehabilitation. Collaborative projects (8) include computer applications spanning basic research with data acquisition and signal processing in neurophysiology, cardiology and opiate metabolism, to microprocessor based devices for treating scoliosis and rehabilitating patients with motor-nerve deficits. Representative service projects (7) require maintenance and augmentation of mature systems. Training and dissemination include formal and informal courses, publications and a planned major conference with tutorials.

要求继续支助微处理器生物技术资源 服务于洛克菲勒大学和国家社会，通过 合作项目。 该计划通过以下方式推进生物医学研究： 将最先进的计算机科学与微处理器相结合 技术来帮助生物医学实验室计算。 重点是 使用协作的多处理器来利用并行性 同时进行实验室控制、数据采集和信号发送 处理任务。 核心研究内容包括：多处理器操作系统 一种以分层总线为特征的多处理机体系结构 结构和紧密耦合的协处理器，这些项目中的每一个都是在 与硬件技术的持续发展同步;一个程序， 开发视觉辅助，用户支持，交互式，系统可转移 实验室软件;超大规模集成电路制造技术的利用， 生产用于假肢和康复的轻质、低功耗设备。 合作项目（8）包括计算机应用程序， 研究神经生理学中的数据采集和信号处理， 心脏病学和鸦片代谢，以微处理器为基础的设备， 治疗脊柱侧凸和康复运动神经缺陷的患者。 代表性服务项目（7个）需要维持和加强 成熟的系统。 培训和传播包括正式和非正式的 课程、出版物和计划中的一次带辅导的重要会议。