Surprising Facts About #dirtsimple Mute Digital Twins

Author:Holger（Hopi）Pietzsch

Not too long ago, I was involved in a campaign about talking machines. Indeed, thanks to increased connectivity, billions of gadgets can now connect to the Internet of Things (IoT). The data streaming through countless devices feeds the most sophisticated platforms, gets churned by mind-blowing algorithms and gives birth to new business models.

Talking machines are part of our future. And do they talk a lot? They tell us about their health, their energy consumption, their on-off status, and the list keeps growing. Today, most of them talk in different languages. To drive increasing standardisation across the many ‘machine dialects’ in the cloud, recently, a新协议has been reached on construction machine data standards at a general meeting of the Working Group Machines in Construction MiC 4.0 in Berlin.

The goal of this collaboration between manufacturers and users is to deliver a quality assurance system to guarantee a uniform standard for the construction industry. Manufacturers, machine users and system integrators are continuously working on a coordinated industrial standard to democratise technology and modernise the heavy construction industry.

Why and which machines need to talk to us?

令人惊讶的是，尽管有一种不断增加的见解选择，但人们想知道的关于物体的大多数事情都很简单。它在哪里？它在哪里？稍微有意义：它是应该的位置，还是不应该在哪里？像我的袜子一样，在最奇怪的地方随机出现或消失。

确实，其他对象也应该对同龄人的位置感兴趣。冰箱和牛奶知道彼此在太空中的存在吗？例如，哪种机器算法将欧几里得距离最小化，例如将牛奶放回冰箱中？我可以将牛奶连接到物联网，冰箱和啤酒，然后通过应用程序将它们全部运行。当我在云层中添加杂货时，为什么不添加汽车，车库，树木和整个花园并将其连接起来。但是，等等，您无法将花园或后院的树木连接起来。这没有技术或经济意义。如果您问我，即使是牛奶也是值得怀疑的。也许是啤酒。

So, what do we do about all of these quadrillions of inanimate objects? Will they be damned to eternal muteness? None of them will ever get to meet their digital twin. They’re stuck in ordinary earthly reality.

如何创建数字双胞胎？

利用数字双胞胎对于我们经济中的整个部门至关重要，重度建筑就是一个很好的例子。承包商每天移动大量材料。需要在一个地方准确切割地球，然后沥青精确地放在另一个地方。机器需要在正确的位置运行，工人需要在某些地方移动并远离其他地区。您如何捕获和协调所有这些，而无需将每块石头固定在现场的情况下？如何在云中找到静音沟？

这个问题的答案是，沟渠不需要知道自己的存在并谈论它。您需要了解沟渠的位置。在现实世界中以数字方式捕获大型表面并获得对项目条件的最准确解释的基础技术称为现实捕获。bob综合app赌博bob综合app赌博现实捕获不需要听沟。但是，它看到它，测量它，将其数字化并将捕获的数据运行在云上以进行进一步处理和共享。

Advanced GNSS technology determines the exact geo-location of the ‘eyes’, and through triangulation, any ‘seen’ point can thus be located. Reality capture uses radio, lasers, LiDAR and traditional cameras. It runs advanced surveying algorithms to map millions of points per second.

Data can be captured from multiple sources through the use of 3D laser scanners and Unmanned Aerial Vehicle (UAV) photogrammetry, producing 3D datasets such as point clouds and meshes and shared with everyone involved in the project via cloud-based collaboration tools . The ability to monitor the project conditions in real time not only gives the benefit of better planning, design, and execution but also provides the base for as-built validation.

Which reality capture technology to choose?

There are an array of reality capture technologies available from small handheld to more static, terrestrial laser scanners. When choosing a reality capture solution for your next project, it is key to understand why you need data, what data you need, how best to capture it, and how you plan to use it.

Small portable and handheld imaging scanners give access to difficult areas and capture detailed data and images at the touch of a button. To capture large, inaccessible or hazardous areas aerial imagery and generate 3D deliverables UAVs or drones are ideal solutions.

当使用移动映射解决方案作为背包或安装在车辆上时，该技术有助于捕获大面积，高速公路，隧道，铁路等方面的数据。但是，对于大规模的工作和无法接近的地方，最新的陆地激光扫描仪允许从现场安全位置捕获远程数据。

To find the reality capture solution fit to your project, start with understanding the data and information needed to make informed decisions and, ultimately, keep the project on-time, on budget, and to specification.

数字双胞胎，以实现更聪明的未来

Digital reality builds an infinitesimal number of digital twins, stores them in time capsules and compares the measured reality against the desired reality in countless feedback loops. Edge computing or cloud processed data can then be transmitted to anything and anybody providing complete spatial awareness. Digital reality provides space and time to the Internet of Things (IoT).

今天，智能数字现实™是使智能站点，智能基础架构和智能城市的最有前途的技术。Smart Digital Reality™方法将使Hexagon的技术能够在任何地方工bob体育报道作，并为最重要的地点和时间提供实时位置智能。Smart Digital Reality™比数字双胞胎大得多。它捕获了事件，因为它们在实时自主中从数字双胞胎中自动提取，并将实用数据融合到完整的现实捕获中。bob综合app赌博

It enables the interaction of objects, collaboration of people and coordination of tasks to work things safer, more efficiently and more sustainably because everything has a place and there’s a place for everything — even my socks.