How is the task of defining and creating common platforms and languages in which the machines of different corporations communicate freely?
How do Industry 4.0 common platforms and languages help to communicate freely?
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How is the task of defining and creating common platforms and languages in which the machines of different corporations communicate freely?
raghubabuvarada
Having a common platform in any given business case helps the larger community, so is in industry 4.0 . Example being say there is a platform where companies can order raw materials for its manufacturing and in industry 4.0 eco system standpoint the manufacturers gets flexibility in sourcing and also sellers can look at trends and plan supply as per demand.
Didarul
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.
Murali
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.