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The Development of Laser Scanning

机译:激光扫描的发展

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Laser scanners will continue to be developed with longer range, faster data capture rates and improved accuracies, so their use within the mining industry is probably here to stay. What the industry needs to perhaps think about is how the data is used: who looks at the laser scanner measurements or resulting models, how often and for what purpose? With the advent of cloud computing, perhaps one way forward is remote monitoring. A global operations centre has recently been launched in the UK, using the latest web and laser mapping technology to remotely monitor mining operations from as far a field as Africa, Australia and North America. With millions of measurements every minute from gold, platinum and diamond mines, technicians continuously monitor system performance and check the data for consistency. This proven technology could also be applied at the client end, reducing the need for specialist staff onsite, delivering real savings in costs and resources.
机译:激光扫描仪将继续发展,具有更大的射程,更快的数据捕获速率和更高的准确性,因此在采矿业中的使用可能会持续下去。业界可能需要考虑的是如何使用数据:谁看了激光扫描仪的测量结果或生成的模型,频率和目的是什么?随着云计算的出现,也许一种前进的方式是远程监控。最近在英国成立了一个全球运营中心,该中心使用最新的网络和激光绘图技术对来自非洲,澳大利亚和北美等地的采矿作业进行远程监控。技术人员每分钟对金,铂和钻石矿进行数百万次测量,因此,他们可以持续监控系统性能并检查数据的一致性。这项经过验证的技术也可以应用于客户端,从而减少了对现场专业人员的需求,从而真正节省了成本和资源。

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