Posted by Sponsored Feature -Technologists have been trying to create digital worlds since the beginning of computing. The industry was excited and then felt emptied out of digital environments, from Sims ™ to Second Life ™ to virtual reality headsets and the first variants of Metavers.
But if there is a question mark whether we really "new" Are If you need digital worlds, there is no doubt that there are compelling reasons to build digital replicas of parts of the existing real world. Or to put it another way, to create digital twins.
Undoubtedly the environments that we make in the building Physical World – From retail stores to office buildings, factories or logistics centers to smart cities are incredibly Complex. When problems arise, it can be economical or inconvenient to close them down while solutions are worked out and tested. Even better, if problems can be discovered while still on the digital drawing board, they can be fixed without disruption. This applies to an electric vehicle or a medical device like a theme park or a car factory.
Nigel O'Leary, CEO of specialist systems integrator Dimension88, says there are usually three key elements to a digital twin. The first is prototyping – digitally creating the object – a vehicle, a hospital or a power plant – so users can see it and refine it before it's physically built "rather than an architect building it, and then stepping in it and them stepping in it and them becoming you. "We have to live with it"."
The second part is the ability to overlap data, whether it's a timeline, cost or materials. "At the end of the process, you have something that is not just a digital twin, but the relevant information about when this was installed, who did it, and so on." Explains O'Leary.
The third element, he says. He explains: "After you have the twin, how do you run scenarios and how do progress and work?."
Building the digital twin of a vehicle, manufacturing plant or city is not trivial. However, the challenges are much more than just sourcing RAW computing power.
In times past, O'Leary explains, "You would create custom code or programs to enable collaboration." This created fragmented, complicated pipelines, with multiple participants using different, difficult connection tools. In addition, the people in which the environments were built to help – architects, engineers and business owners – were missing.
The requirements are even higher now. As dr. Valerio Rizzo, head of AI at Lenovo EMEA, and creating digital twins of production facilities or complex infrastructures does not equitably mean physically Properties and mechanics. In the age of smart devices and IoT "cognitive" The features must also be included, with constantly updated data in the real world can be streamed into the model.
This requires a platform that facilitates the creation of all components. This in turn requires smooth integration of data components into various specialized 3D applications, simulation software and the ability to incorporate custom tools, code scripts or programming frameworks into the work processes.
A pipeline for a new world?
"The traditional way of doing it. " Explained Rizzo. Then everything would be integrated into a player engine or similar environment, which would also then require further customization.
What is needed is an approach based on "Industrial" can be addressed To create a wide range of digital twins. However, this must also deliver the tools you need while facilitating simultaneous collaboration between different users on both a building form and ongoing basis. All without the workflow between the builders of the digital world and the users who collaborate.
This is the vision behind Nvidia's Omnive Enterprise platform, which builds on the vendor's scalable GPU development platform to help enterprises."
The platform is based on the universal scene description framework, Originally Developed by Pixar for animated films. Other key components undermine simulation and rendering, as well as collaboration and data integration, connectivity between third-party vendors and Omnive applications, and the ability for users to develop their own extensions, apps and plug-ins.
So what does it take to deliver Omnive Enterprise??? Something that includes hardware, infrastructure and services that Lenovo offers with its always-on solution to deliver everything needed in a single package.
Not surprisingly, the solution requires powerful compute resources to support rendering as well as simulations, collaboration and massive data recordings. And according to Rizzo, this must be "as many nodes as they need"."
All of this happens in a single instance that scales across multiple servers. that is." says Rizzo. So they will effectively be at the same "time and space in the digital space" are shared.
The basic component of the OVX platform is a single node box with eight GPUs, two Intel Xeon platinum processors and low-latency NVME storage, which supports about 12 users. For groups of 20 to 40 users, four nodes can be combined into one "pod" Go Combined, which can be bundled together, packing 32 GPUs and eight Intel Xeon CPUs as well as using Spectrum 2 or Spectrum 3 high-speed networking equipment. The next level -up are the superpods that pack 128 or more servers.
The history of the band
Everscale OVX is complemented by Lenovo's ThinkStation and ThinkPad P Series, a complete end of NVIDIA RTX -drive workstations optimized for complex NVIDIA Omnive enterprise workstreams. In addition to these powerful workstations, Lenovo has an extensive portfolio of Thinkedegel AI/Edge and Thinkreaala AR/VR devices, both of which can capture and consume IoT information for existence. This information can then be streamed on the digital twin and the underlying enterprise connectivity kit.
Lenovo's scalable infrastructure (LESI) framework combines everything together. Customers can buy individual components and racks and stack themselves. Pods can also be suggested and bundled before delivery.
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You might think that the cloud provides the ideal platform for digital twinning. But as O'Leary points out, many of the end users involved in creating them are not technologists and are more critically focused on simplification and collaboration. In addition, the nature of digital twins means that many enterprises are extremely sensitive to IP, product plans and systems, and their physical infrastructure – where is out of their control.
If you are referring to a real-world situation (more about Dimension88's meta and omnive solution integrator. Experimenting with different types of packing tape sounds like a small thing to do. However, if you set a real production line in logistics or production, you can appear in significant real costs.
To solve the problem, the team created a digital twin of the packages so they could simulate different scenarios and test different solutions before implementing it in the real world.
You might say, "Okay, so what if the tape changes again next time?'" Rizzo explains. In this case, he continues. "If you had a problem that you needed to fix, the fastest route is to fix the computer vision AI model."
The "virtual" world Boxes have final versions with different types of tape as well as coloring and other imperfections. "The advantage of a digital twin."
O'Leary explains that the digital twin approach means, "You're looking for problems in your physical video conferencing World, that you can overlap the virtual overlap and view the options."
To broadcast 24×7, exploring multiple options in digital twins will be far more delicious from a financial perspective, as this approach is cheaper than stopping Production In the physical world to address the problem. Twin digital approach helps companies identify problems in the physical world and explore potential solutions in a virtual environment.
Sponsored by Lenovo.