IAIMS CONSORTIUM MEETING ON OUTREACH

我们提出了一个IAIMS试点项目，该项目将由 学术计算办公室(John Paton博士，主任)和 最近成立的医学信息学中心(Perry Miller博士， 导演)，与耶鲁新闻的许多其他组成部分合作 海文医学中心和耶鲁大学，包括耶鲁大学系 计算机科学系的。该项目的主题将是展示 机构IAIMS工作如何与医疗保健紧密结合 几个层次的信息学研究。拟议的IAIMS项目将 有三个主要组成部分。 IAIMS临床活动。拟议项目的主要重点将是 是信息检索和决策的复杂集成 为病人护理提供支持。这个项目将建立在研究的基础上 我们已经开发了临床决策支持系统，并进行了研究 我们曾为国家医学图书馆的联合医学表演 语言系统工程。 IAIMS教学活动。将开展两个教学试点项目 外部：1)在本系内使用数字化图像进行教学 病理学；2)综合教学模块的开发 这些项目以人体的心血管系统为中心。 分子生物学中的IAIMS活动。我们将整合IAIMS 运行电子邮件驱动的并行计算服务器的环境 分子生物学计算在Unix网络上的并行实现 工作站，使用“Network Linda”。这是一种非常强大的计算 资源将扩展到整个医学院。 其他相关活动将包括1)招募医务人员 信息学学院，2)机构筹款的发展 优先事项，3)扩大分子生物学计算活动， 4)安装TDS医院信息系统；5) 与耶鲁大学计算和信息系统合作 医学院正在为其提供试点模式的组织 整个耶鲁大学内部基于网络的发展。

We propose a pilot IAIMS project which will be carried out jointly by the Office of Academic Computing (Dr. John Paton, Director) and the recently formed Center for Medical Informatics (Dr. Perry Miller, Director), in collaboration with many other components of the Yale-New Haven Medical Center and Yale University, including the Yale Department of Computer Science. The theme of the project will be to demonstrate how an institutional IAIMS effort can be tightly coupled to Medical Informatics research at several levels. The proposed IAIMS project will have three main components. IAIMS Clinical Activities. The main focus of the proposed project will be the sophisticated integration of information retrieval and decision support in support of patient care. This project will build on research we have done developing clinical decision support systems, and research we have performed for the National Library of Medicine's Unified Medical Language System project. IAIMS Teaching Activities. Two pilot teaching projects will be carried out: 1) teaching using digitized images within the Department of Pathology, and 2) the development of an integrated module of teaching programs centered around the body's cardiovascular system. IAIMS Activities in Molecular Biology. We will integrate the IAIMS environment with an email driven parallel computation server which runs molecular biology computations problems in parallel on a network of UNIX workstations, using "Network Linda". This very powerful computational resource will be extended throughout the School of Medicine. Other related activities will include 1) the recruitment of Medical Informatics faculty, 2) the development of institutional fundraising priorities, 3) the expansion of molecular biology computing activities, 4) the installation of the TDS hospital information system, and 5) collaboration with Yale University's Computing and Information Systems group for which the School of Medicine is providing a pilot model for network-based developments within Yale as a whole.