Siemens Xcelerator and NVIDIA Omniverse combine virtual and hands-on international simulation, data profiling, and artificial intelligence to provide new insights and benefits for product planning and production.
The collaboration combines the real-time, fully planned, photo-quality high-fidelity visualization skills of NVIDIA Omniverse with the hands-on international engineering and physics-based simulation skills of Siemens Xcelerator to create the Industrial Metaverse. The combination of the two enables industrial companies with different plans to build closed-loop digital twins with real-time functional data, run simulations appropriately, and speed up processes through artificial intelligence, such as smart unmanned factories based on smart sensors and connected devices. Now, manufacturers can better respond to customer needs, reduce downtime, and achieve sustainability and quality assurance while navigating supply chain uncertainties.
Siemens Xcelerator and NVIDIA Omniverse combine virtual and hands-on international simulation, data profiling, and artificial intelligence to provide new insights and benefits for product planning and production.
The collaboration combines the real-time, fully planned, photo-quality high-fidelity visualization skills of NVIDIA Omniverse with the hands-on international engineering and physics-based simulation skills of Siemens Xcelerator to create the Industrial Metaverse. The combination of the two enables industrial companies with different plans to build closed-loop digital twins with real-time functional data, run simulations appropriately, and speed up processes through artificial intelligence, such as smart unmanned factories based on smart sensors and connected devices. Now, manufacturers can better respond to customer needs, reduce downtime, and achieve sustainability and quality assurance while navigating supply chain uncertainties.
Both NVIDIA Omniverse and Siemens Xcelerator can take real-time data from hands-on operations and then continuously optimize them. As a result, the fidelity of the virtual world and the practice of the world is constantly improving, and the virtual appearance has a form, data, luster, and behavior that are close to the real one. The combination of this immersive experience and a physics-based digital twin allows teams to make faster, more informed decision plans.
When issues are identified during the production process, the engineering team can visualize the product and the production process in a virtual space. In the virtual space, teams can use the digital twin to explore, test, and validate potential solutions and optimization plans, then avoid the need for prototypes, reduce necessary downtime, and increase production flexibility.
In human-robot collaboration scenarios, automated processes that leverage artificial intelligence (AI) can be intelligently adjusted to ensure that cobots can work in an efficient and safe environment. Customers can practice the robot's perception network based on the physically accurate synthesis data generated by the real-time, comprehensive digital twin. In this way, the initial practice of the robot, as well as any re-practice required in the event of production or environmental changes, can be greatly accelerated.
In addition to optimizing individual process-driven resolution plans, Siemens Xcelerator and NVIDIA Omniverse bring a new degree of intelligence and insight to operational data. Siemens' proven ability to integrate and simulate products, services, and solutions across the IT/OT spectrum can lead to new insights, high efficiency, and even new business models.
Producers can integrate engineering, production, and service data in real time, and then improve efficiency and inventory utilization. Siemens Xcelerator Solution Programs and Services bring together data from IT and OT central systems to create applications that make operations more efficient and sustainable. NVIDIA Omniverse aggregates and bridges disparate 3D planning and Siemens CAD applications to build and iterate on virtual models from a single source of truth, and to connect and extend models to IoT, data systems, and industrial automation tools.
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Siemens won the 2021 "Together, Together, Together" award
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Frequently Asked Questions for Siemens S7-1200 Motion Control
What is the difference between absolute and relative positioning?
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Upload user files to a Siemens memory card
Upload user files to the memory card
Step 1: Follow the above method to set the memory card to "Program Card" mode. Customers are advised to clear all files from the memory card before doing this.
Step 2: Set the boot state of the CPU. Right-click the CPU in the Project Tree and select ...
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