1) automatic slope monitoring
边坡自动监测
1.
A structure for the automatic slope monitoring system was established based on the principle of separation of physical components from logical ones.
从充分挖掘监测信息内涵和外延入手,引入无线传感器网络和多源信息融合技术,分析了高边坡监测系统的信息采集、传递和加工处理的过程,定义了各个子系统的域界,基于将物理构成和逻辑构成分开的原则,建立了高边坡自动监测系统的体系结构。
2) Slope monitoring
边坡监测
1.
Hardware platform of slope monitoring system based on wireless sensor network;
基于无线传感器网络边坡监测系统的硬件设计
2.
Robust time-series analysis method and it s application in slope monitoring;
稳健时序分析方法及其在边坡监测中的应用
3.
According to the applications of TDR technology to slope monitoring,components and measuring principles of time domain reflectometry(TDR) system are described herein and a calculation model of TDR measuring system is given.
针对TDR(时域反射法 )技术在边坡监测中的应用 ,阐述了TDR边坡监测系统的组成及测试原理 ,建立了TDR测试系统的计算模型。
4) steep slope monitoring
高边坡监测
1.
In consideration of the significance of steep slopes in large-scale project construction and some disadvantages of the conventional GPS monitoring method in steep slope monitoring,a remote monitoring system for steep slopes based on GPS multi-antenna technique and GPRS wireless-communication system was proposed from the angles of cost,level of automatization,and reliability.
针对高边坡在大型工程建设中的重要性和常规GPS监测方法在高边坡监测中无法克服的弱点问题,从系统的投入成本、自动化及可靠性角度考虑,提出了基于GPS一机多天线技术、GPRS无线通讯与控制等技术的远程自动化高边坡安全监测系统。
5) slope displacement monitoring
边坡位移监测
1.
Some technical problems in slope displacement monitoring;
边坡位移监测的若干技术问题
6) slope monitoring system
边坡监测系统
1.
This paper introduces the development and application of an integrated automatic slope monitoring system.
介绍了一集常規仪器与精密全球定位仪器为一体的全自动化遥控边坡监测系统的开发与应用。
补充资料：边坡
边坡
slope
b}onPo边坡(sl叩e)露天采矿场四周由台阶和运输坑线等构成的倾向采场的坡面，也称露天矿边帮。它随开采台阶不断到达境界而逐渐形成。露天矿边坡确定是否合理及边坡稳定与否，极大地影响矿山经济效果及人员和设备的作业安全。影响边坡稳定性主要因素有工程地质条件、水文地质条件、开采技术条件和采矿场存在时间等。 (蔡鸿起)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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