ITR/IM: Adaptive Real-Time Geoscience and Environmental Data Analysis, Modeling and Visualization

该项目涉及一项为期3年的跨学科努力，旨在以信息技术的新进展为基础，开发一种自适应实时系统，用于环境和地球科学数据的主动管理、处理、建模和可视化。P.I.S将开发一套实时、综合的数据库管理和现场数据获取工具，以快速和适应性地评估重大灾难事件之后和期间的各种现象，如地震、火灾、飓风和洪水。P.I.S感兴趣的是输入信息的实时集成，以便预期场地和结构响应的预测模型不断更新。具体而言，P.I.将在以下领域整合他们的努力：a)开发能够随多个信息流实时更新的地理信息系统数据库；b)自适应数字野外数据采集/测绘；c)开发能够实时数据传输(MoTES)的可靠、低成本、智能的野外仪器；以及d)数据可视化和观测现象的自适应建模。

0121693SitarThis project involves a 3-year interdisciplinary effort to build on new advances in information technology to develop an adaptive real-time system for active management, processing, modeling and visualization of environmental and geoscience data. The P.I.s will develop a set of real-time, integrated data base management and field data acquisition tools for rapid and adaptive assessment of the various phenomena following and during major catastrophic events, such as earthquakes, fires, hurricanes, and floods. The P.I.'s interest is in real-time integration of the incoming information such that predictive models of expected site and structure response are continuously updated. Specifically, the P.I.s will integrate their efforts in the following areas: a) development of GIS databases capable of real time updating with multiple streams of information; b) adaptive digital field data acquisition/mapping; c) development of robust, low cost, intelligent field instrumentation capable of real time data transmission (MOTEs); and d) data visualization and adaptive modeling of the observed phenomena.***