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COSMOS Virtual Data Center

COSMOS Virtual Data Center
COSMOS 虚拟数据中心
批准号:
0201264
负责人:
Ralph Archuleta
金额:
$0.0万
依托单位国家:
美国
项目类别:
Continuing grant
财政年份:
2002
资助国家:
美国
项目状态:
已结题
起止时间:
2002-09-01 至 2009-08-31

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中文摘要
翻译
摘要0201264,Archuleta,U.加州-圣巴巴拉“COSMOS虚拟数据中心“这一行动支持COSMOS虚拟强震数据中心(COSMOS VDC)的持续发展,这是一个不受限制的、基于Web的、交互式的强震数据资源,供地震工程、应急响应、研究和其他地震专业团体使用。虚拟数据中心(VDC)的主要目标是扩大和显着改善由越来越多的美国和国际组织收集的所有强震记录的可访问性和使用。VDC在强运动观测系统组织联盟(COSMOS,www.cosmos-eq.org)的指导下运作,该组织联盟是一家致力于地震安全的公益非营利公司。它的使命是大大扩大强震数据的获取和应用并使之现代化,以加强公众的安全,使其免遭地震之害。COSMOS结构使VDC能够对收集数据的组织和数据用户做出响应(学术和专业),并确保VDC的发展,使其保持对工程师社区的响应,科学家和其他用户的强大-这一行动将通过进一步发展虚拟数据中心的成熟概念及其在以下方面的重要作用来提高COSMOS VDC的能力:协调强震数据的获取和传播。它将:1)与先进的国家地震系统(ANSS)数据管理系统的先进的基于Web的接口; 2)用于扩充现有VDC元数据数据库的先进方法; 3)促进各种事件、台站和处理的时间历史信息的有效查询和检索的先进的基于Web的方法;(4)根据用户可选择的格式、处理和可视化,开发基于网络的信息传播方法;(5)促进制定COSMOS数据格式和处理标准; 6)推进与其他数据库的网络接口,以增强地震数据库的地震元数据、记录地点特征和其他相关信息; 7)增强复制地点的网络接口和链接;和8)与岩土数据库的先进的基于Web的接口。VDC提供了一个非常成本-利用所有参与机构和组织的数据处理和管理资源的有效途径。它在最先进的关系数据库中不断开发、更新和维护复杂的参数元数据环境。这种方法提供了一个重要的一步,在提高数据的研究,实践和应急响应社区的目的,减轻地震灾害。
英文摘要
Abstract0201264, Archuleta, U. California-Santa Barbara"COSMOS Virtual Data Center"This action supports the continued development of the COSMOS Virtual Strong-motion Data Center (COSMOS VDC), an unrestricted, Web-based, interactive strong ground motion data resource for the practicing earthquake engineering, emergency response, research, and other earthquake professional communities. The major goal of the Virtual Data Center (VDC) is to expand and significantly improve the accessibility and the use of all strong-motion records collected by the ever-growing number of US and international organizations. The VDC operates under the direction of The Consortium of Organizations for Strong-Motion Observation Systems (COSMOS, www.cosmos-eq.org), a public-interest nonprofit corporation for earthquake safety. Its mission is to expand and modernize significantly the acquisition and application of strong-motion data in order to increase public safety from earthquakes. The COSMOS structure enables the VDC to respond to both the organizations that collect the data and the users of the data (academic and professional), and ensures that the VDC evolves so that it remains responsive to the community of engineers, scientists and other users of strong-motion data.This action will advance the capability of the COSMOS VDC by further developing the proven concept of a virtual data center and its important role in coordinating the access and dissemination of strong-motion data. It will: 1) advance Web-based interfaces with the Advanced National Seismic System (ANSS) data management system; 2) advance methods for augmenting the existing VDC metadata database; 3) advance Web-based methods to facilitate efficient query and retrieval of a variety of event, station, and processed time history information; 4) develop Web-based methods for dissemination of information according to user selectable format, processing and visualization; 5) facilitate development of COSMOS standards for data formats and processing; 6) advance Web-based interfaces with other databases to enhance the metadata on earthquakes, recording site characteristics, and other relevant information for the VDC; 7) enhance Web-based interfaces and links for replication sites; and 8) advance Web-based interfaces with geotechnical databases.The VDC provides a very cost-effective way to leverage the data processing and management resources of all of the participating agencies and organizations. It continually develops, updates, and maintains a sophisticated parameter metadata environment in a state-of-the-art relational database. This approach provides a major step forward in improving accessibility of the data to the research, practicing, and emergency response communities for purposes of earthquake hazard mitigation.
期刊论文(0)
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会议论文
Numerical Modeling of Earthquake Motions: Waves and Ruptures
Improving Resolution of Finite Fault Inversions with Increasing Bandwidth
4th International IASPEI Symposium on Effects of Surface Geology on Seismic Motion UC Santa Barbara, 23 - 26 August, 2011
Earthquake Source Dynamics: Data and data-Constrained Numerical Modeling
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