Cloud computing begins to extend to factory automation

Abstract: Cloud computing begins to extend to factory automation. The information is provided by excellent flowmeter and flowmeter manufacturers. Cloud computing is a technology rooted in Ethernet, and it is everywhere. With the cloud, it is easier for factories to do their jobs, getting computer resources when and only when they are needed. The cloud can scale on demand, and more importantly, users only need to. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the details of the article on cloud computing starting to extend to factory automation. Cloud computing is a technology rooted in Ethernet, and it is everywhere. With the cloud, it is easier for factories to do their jobs, getting computer resources when and only when they are needed. The cloud can scale on demand, and more importantly, users only pay for the resources they use. Because process applications and equipment need to handle the enormous amount of data, the industry has noticed the benefits of shared information access. Thanks to the cloud, the level of data management has been further improved, and performance and profits have been boosted to unprecedented levels. Did you notice? The cloud concept is becoming more and more popular. No matter where you go today, the cloud is always everywhere. This cloud is not a cloud in the sky, but a cloud that hides in radio, newspapers, news, and manufacturing. This cloud has nothing to do with weather, but it is closely related to the advanced computer technology that has been integrated into the consumer realm, and now this cloud is permeating the manufacturing realm. It's powerful, it's ubiquitous, and cloud computing is a technology rooted in Ethernet, and it's pretty much everywhere. End users don't necessarily have to own the cloud, and once a factory decides to redesign a product and engineering starts building prototypes, it can take months to procure, install, and commission the required computer services. But if you join the cloud, these jobs can be done in minutes and cost less if done right. With the cloud, it is easier for factories to do their jobs, getting computer resources when and only when they are needed. The cloud can scale on demand, and more importantly, users only pay for the resources they use. Because process applications and equipment need to handle the enormous amount of data, the industry has noticed the benefits of shared information access. Thanks to the cloud, the level of data management has been further improved, and performance and profits have been boosted to unprecedented levels. The cloud is a great environment for manufacturing, says Steve Harriman, senior associate director of marketing at Science Logic:“When a factory or a department starts a new project, the emphasis is on the design of the engineering software. As their development work progresses, the focus shifts to the computer-aided manufacturing phase, the equipment programming phase, and then production. Cloud-based IT architecture can provide many advantages upstream and downstream, making these tasks and purposes easily achieved.”What exactly is a cloud? So what's the use of this funny name? First, it is not a new technology that is a variant of current technology, the cloud is an innovation in infrastructure and architecture that enables the outside world to dynamically use computer resources. Rick Kuhlman, senior product for FPGA software architecture at National Instruments, said:“The cloud can provide a factory with huge computer resources that can be reclaimed after your job is done. Cloud resource providers allow users to rent processors, RAM, or storage space and give them full operating rights. Although it looks like a huge computer bank from the back end, the end user at the front end can configure the scope of processing technology and network technology when necessary. The principle of this concept is to interconnect multiple computers through Ethernet, Together, easily accomplish a task that would be difficult or impossible for a single computer to accomplish.”The most important feature of cloud ■ Provides services on demand, just like Ethernet, as long as there is a network connection, it can be used quickly. ■It is a shared data source that can be used dynamically online or offline. ■Allow dynamic configuration of these shared resources. Harriman of Science Logic said:“Think of the cloud as a power grid, with cloud services, you can‘Turn on the light’or‘charge the device’without going to the power plant.

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