System construction on structural performance monitoring system of buildings

在这里，结构性能监测系统使用开源硬件（OSHW），数据记录器和一些传感器进行了研究。首先，加速度和陀螺传感器的测量精度进行。使用所获得的结果，原型系统开发使用选定的加速度传感器和OSHW。该原型系统可以监测结构的加速度、位移和自振周期等性能，并可以通过电子邮件发送监测结果。利用振动台试验对该原型系统进行了基本试验。最后，通过分析验证了该原型系统在结构性能监测系统中的适用性。并将该原型系统应用于真实的建筑物，进行了结构性能的连续监测。

Here, researches on a structural performance monitoring system using open source hardware (OSHW), data logger and some sensors are performed. At first, measurement accuracies of acceleration and gyro sensors are performed. Using obtained results, a prototype system is developed using selected acceleration sensor and OSHW. This prototype system can monitor structural performances such as accelerations, displacements, and natural periods, and obtained results can be sent by e-mail. Fundamental tests on this prototype system are performed using shaking table tests. Finally, it is clarified that this prototype system is applicable to structural performance monitoring system by obtained results. Furthermore, this prototype system are applied to real buildings, and continuous structural performance monitoring is also performed.