What is the network protocol for transferring data between network nodes?
With the industry rapidly moving to solutions, the need for cost-optimized flexible resources is imperative. Cloud computing provides shared computing resources and centralized management and monitoring through networks and servers, central storage, advanced analytics and business intelligence. It uses these technologies to handle big data, machine learning and data warehousing for business logic and operations management. Instead, edge computing relies on processing data, which is located in the network. The "edge" generates a decentralized computing infrastructure. G. Such a fast network enables edge computing to process large amounts of data in real time and perform tasks such as optimization at the source.
This capability can only be used with strong network support, which can communicate with a large number of devices. What is the use of many different network protocols to transfer data between network nodes?
I. Data transmission between network nodes:
Message Queue Telemetry Transfer (MQTT), Queuing Protocol Advanced News (AMQP), Restricted Application Protocol (CoAP), Modbus and OMF
II. The main features of 5G networks come together:
Enhanced ultra-reliable Low-delay Communications (eURLLC), Large-scale Machine Communications (mMTC), Enhanced mobile Broadband (eMBB)
With increased monitoring of key safety parameters shared by all connected sensors, the likelihood of accidents is significantly reduced. Wearable devices can play a bigger role in disasters by pinpointing the exact location of hard-pressed employees and protecting their welfare.
Help achieve operational reliability by accommodating all specific industrial router applications from different Oems and suppliers, standardizing all processes.
