VLSI Circuit Based Data Acquisition System for Characterization of Environmental Loads and Effects

该计划的目标是(1)定义测量环境负载和影响的数据采集系统的要求，以及(2)与超大规模集成电路（VLSI电路）的研究人员和生产商互动，设计和构建一个原型VLSI电路来实现该数据采集系统。该项目涉及定义数据采集要求和输入设备特性，以便使用地震加速度计测量地面冲击；使用标准风速计的风速和风向；以及建筑物的反应使用加速度计或应变计。系统要求将在全国研讨会上确定，以讨论环境负荷和影响的全面测量要求。

The objectives of this program are (1) to define the requirements for a data acquisition system to measure environmental loads and effects, and (2) to interact with researchers and producers of Very Large Scale Integrated Circuits (VLSI circuits) to design and construct a prototype VLSI circuit to implement this data acquisition system. The project involves the definition of data acquisition requirements and input device characteristics for measurement of: ground shocks using seismic acceleromterers; wind speed and direction using standard anemometers; as well as the response of buildings using accelerometers or strain gauges. System requirements will be defined at a national workshop to discuss full-scale measurement requirements for environmental loads and effects.