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首页> 外文会议>International Congress on Automation in Mining >Rethinking Fleet and Personnel Management in the Era of IoT, Big Data, and Low-Cost Tablet Technology
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Rethinking Fleet and Personnel Management in the Era of IoT, Big Data, and Low-Cost Tablet Technology

机译：重新思考IOT，大数据和低成本平板技术时代的舰队和人员管理

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The ubiquity of big data, Internet of Things (IoT), and smart devices is radically changing society, our personal lives are being tracked, digitally motivated through gamification, where information has become an addiction at all income levels, genders, and generations. This paper presents an approach where these forces are embraced and take advantage of this phenomenon to improve safety and productivity. Long-held conventions for Fleet Management Systems are abandoned, such as permanently mounted hardware, connecting through cables and “black boxes”, focusing tracking on assets not people, wireless requirements, minimal to no feedback to the operator, high costs, etc. The benefits of form digitization are also presented, eliminating the copious volumes of paper that we create to complete safety, training, preoperational checklist forms, that then must be entered into computer systems for compliance, and simply enter the data directly into a digital device. An example of how collecting safety and location data digitally also unlocks the information contained in safety forms and pre-operational checklists allowing the data to be used immediately and communicated effectively to the succeeding shift. Managing then gaining value from this new, greatly expanded mountain of largely unstructured data, requires the use of modern tools and approaches, such as gamification and Big Data, and example of which is provided, showing how JSON objects can be self-contained documents detailing ever more complex and complete information. Tablets can now provide a better user experience as well as new sensors when compared to traditional fleet management systems, at a fraction of the cost, employing the extremely aesthetic and interactive visuals derived from the video game industry, as is shown in a simple example of reducing fuelling delays. This presentation will show real case studies of the real application of these technologies in small and medium surface mines as well as large underground mines, exposing the monumental improvements in operator feedback, tracking, and performance management, at a much lower cost per unit. As conclusion, all these new technologies can be used adapted to mining.
机译：大数据的无处不在，事物互联网（物联网）和智能设备是根本不断变化的社会，我们的个人生活正在被追踪，通过群体进行数字动力，信息已成为所有收入水平，性别和代的成瘾。本文介绍了一种方法，这些力量被采用并利用这种现象来提高安全性和生产力。舰队管理系统的长期惯例被遗弃，如永久安装的硬件，通过电缆和“黑匣子”连接，重点关注资产的追踪，无线要求，无需反馈到操作员，高成本等还提出了表格数字化的好处，消除了我们创建的大量纸张，以完成安全，培训，术前检查表表单，然后必须输入计算机系统以进行合规性，并只需将数据直接输入数字设备。如何收集安全性和位置数据的示例也可以解锁安全表单中包含的信息和预操作检查表，允许数据立即使用并有效地传送到后续转换。从这个新的大大扩展山的管理中获益价值需要使用现代工具和方法，例如游戏处理和大数据，以及提供的示例，显示JSON对象如何成为自包含的文档细节更复杂和完整的信息。与传统的车队管理系统相比，平板电脑现在可以提供更好的用户体验以及新的传感器，其成本一小部分，采用来自视频游戏行业的极其美学和交互式视觉，如在一个简单的例子中所示减少加油延迟。本演示文稿将显示实际案例研究，对这些技术在中小型表面矿山以及大型地下矿井中的实际应用，暴露了运营商反馈，跟踪和性能管理的巨大改进，以低于每单位的成本。总之，所有这些新技术都可以用于采矿。

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