Information processing device

An information processor comprising:

• a real-time processor including a first processing circuitry to perform first data processing on industrial data relating to operation of manufacturing equipment on a real-time operating system that executes processing within a specified time;
• and
• a non-real-time processor including a second processing circuitry to perform second data processing on the industrial data on a non-real-time operating system, wherein
• the non-real-time processor includes a plurality of second reception circuitries to receive, on the non-real-time operating system, first transmission data transmitted from the real-time processor and output the first transmission data to the second processing circuitry,
• the real-time processor includes a first transmission circuitry to adjust, on the real-time operating system, a data amount of the first transmission data, that are data obtained by the first data processing and that are to be transmitted to the second processing circuitry, and transmit the first transmission data to the second reception circuitries,
• the first transmission circuitry checks an accumulation amount of the first transmission data for each of the second reception circuitries that are destinations at a predetermined check period, and when a plurality of first transmission data are present, performs, for each of the second reception circuitries, batch processing of transmitting the plurality of first transmission data together, and when a plurality of first transmission data are not present, performs, for each of the second reception circuitries, serial processing of transmitting the first transmission data individually,
• when the accumulation amount has exceeded a first threshold, the first transmission circuitry performs a process of transmitting an amount of the first transmission data within the first threshold together to the second reception circuitry for which the accumulation amount has exceeded the first threshold, and
• the first threshold is set on the basis of a data amount of first transmission data that can be processed during one check period, the first transmission data being received from the first transmission circuitry by the second reception circuitry.