Research Services Core

研究服务核心

• 批准号: 7877965
• 负责人: GARY D PAIGE
• 金额: $ 13.69万
• 依托单位: UNIVERSITY OF ROCHESTER
• 依托单位国家: 美国
• 财政年份: 2002
• 资助国家: 美国
• 起止时间: 2002-09-23 至
• 项目状态: 未结题
• 来源: https://reporter.nih.gov/project-details/7877965
• 关键词: Address; Architecture; Arts; Behavior Control; Behavioral; Collaborations; Communication; Communication Tools; Computer software; Custom; Data; Data Analyses; Databases; Development; Devices; Ecology; Ensure; Environment; Faculty; Goals; Human Resources; Image; Individual; Information Systems; Internet; Intranet; Laboratories; Laboratory Personnel; Longevity; Maintenance; Medical center; Mission; Process; Productivity; Research; Research Infrastructure; Research Personnel; Resources; Scheme; Science; Secure; Security; Services; Software Tools; Solutions; Specificity; Stimulus; Students; Sum; System; Technology; Time; Training; Training Support; Universities; Web communication; analog; base; data acquisition; database structure; flexibility; innovation; instrument; interest; medical specialties; meetings; migration; portability; statistics; tool; web page

The Technology and Computation Core includes: 1) an innovative Lab Technology Unit that has developed a new automated lab control system, has implemented custom installations in several labs within the Core-Center with ongoing migration to others; and 2) a complementary Computation Unit that maintains PC functions, networking, backup, and communications across CNCS labs, as well as database applications for the other cores of the CNCS. These Units will pursue the following goals. The Lab Technology Unit will continue to implement lab hardware/software solutions to stimulus and behavioral control, data acquisition, and data analysis across the CNCS. The Unit uses a modular, embedded PC-based architecture (LabView-Real-Time by National Instruments [Nl]) that includes a standardized set of real-time hardware and software tools to be interfaced to specific devices within each lab. The overall scheme ensures flexibility and modularity, while maintaining the specificity required by individual labs. A clear and reliable upgrade path from Nl ensures advancement and longevity. We have implemented the system in five labs, and will propagate the system across others, while at the same time upgrading all over time. New faculty and new labs, together with incremental needs of others, creates a fertile ecology for our new stateof- the-art lab control system. One result is a set of labs that share key attributes that in turn allow researchers at any level to rapidly equilibrate to any one of them despite different research goals or systems under study. The Computation Unit provides common office and lab PC and software solutions across the Core-Center, in concert with the Medical Center's extensive domain and more basic services (firewalls, security). Our labs are highly automated. PCs have supplanted many analog devices in our racks and are ubiquitous on desktops. Communications between labs and research personnel are essential. All of us are in need of new PC hardware and software over time, maintenance, training and support, and data backup, though such needs are rarely met effectively. The Computation Unit corrects these shortcomings to the benefit of our research productivity and efficiency. The Unit also supports CNCS web and intranet functions, including powerful database structures in other CNCS cores. In sum, the two Core Units serve crucial needs of all CNCS personnel. The environment established across the Core-Center has, and will continue to, catalyze new interactions and collaborations, and attract students and faculty to our research mission.

技术和计算核心包括：1）创新的实验室技术单元 已经开发了一个新的自动实验室控制系统，已在 核心中心中的几个实验室，持续向他人迁移； 2）补充 维护PC功能，网络，备份和通信的计算单元 CNCS实验室以及CNC其他核心的数据库应用程序。这些单位会 追求以下目标。 实验室技术部门将继续实施实验室硬件/软件解决方案 刺激和行为控制，数据采集以及跨CNC的数据分析。单位 使用模块化的基于PC [NL]），其中包括一组标准化的实时硬件和软件工具 每个实验室内的特定设备。总体方案确保灵活性和模块化，而 保持单个实验室所需的特异性。 NL的清晰可靠的升级路径 确保进步和寿命。我们已经在五个实验室中实施了系统，并将 将系统传播到其他系统中，同时随着时间的推移升级。新教师 新实验室以及其他实验室的需求，为我们的新状态创造了肥沃的生态 ART实验室控制系统。结果是一组实验室，它们共享关键属性，又允许 尽管研究目标不同或 正在研究的系统。 计算单元在整个 核心中心，与医疗中心的广泛领域和更多基本服务一致 （防火墙，安全）。我们的实验室是高度自动化的。 PC已取代了许多模拟设备 我们的架子在台式机上无处不在。实验室与研究人员之间的沟通 是必不可少的。随着时间的推移，维护，我们所有人都需要新的PC硬件和软件 培训和支持以及数据备份，尽管这种需求很少有效地满足。这 计算单元纠正这些缺点，从而使我们的研究生产力和 效率。该单元还支持CNCS Web和Intranet功能，包括功能强大的数据库 其他CNC核中的结构。总而言之，两个核心单元满足了所有CNC的至关重要需求 人员。跨核心中心建立的环境已经并且将继续催化 新的互动和合作，并吸引学生和教职员工进入我们的研究任务。