FIELD: automation devices. In some embodiments, the SDA system may include a localized subsystem including a system controller node and multiple computing nodes. Multiple computation nodes can be functionally connected to a system controller unit via a first communication network. System controller unit may control several computing units and virtualization of the control system at the computing node through the first communication network. Virtualized control system includes virtualized control system elements connected to a virtual network which is connected to a second communication network, in order to control the physical control system element through a second communication network connected to the virtual network. EFFECT: technical result is the creation of means which provide a reference architecture for designing, managing and maintaining a highly available, scalable and flexible automated system.
FIELD: automated process control systems. SUBSTANCE: method for arranging a workload in a program-defined automated SDA system, comprising steps of: providing an SDA system, including a system controller unit and a plurality of computing nodes, wherein the system controller unit controls said plurality of computing nodes and the control system virtualization or part thereof on at least one computing node from said plurality of computing nodes through the first communication network, wherein the SDA system is configured to perform an automation function comprising predetermined functions of devices assigned to at least one automated device, determining tasks of said predetermined functions of devices, evaluating industrial operating parameters for each task of functions of devices, tasks on industrial operating parameters are ranged and tasks are distributed. Patent Application Serial No.
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