本发明涉及一种方法，用于具有多个处理器核（核心0，核心1）的自动化部件，其中自动化程序（用户程序）与模块化操作系统协作上执行的工业自动化程序（用户程序）。 在这种情况下，至少一些或所有的操作系​​统和/或自动化程序（用户程序）功能类别（K1，K2，K3）与其相关联的模块的由相应的相关联的类别（K1，K2，K3）的方法，这些模块的芯中的每一个（核心 0，核心1）被分配用于执行。 其特征在于该模块和模块由处理（“线程”）可以在其相互干扰（阻塞）和相关的性能缺点最小化或防止了可用处理器核心被如此分布来执行。 在这里，同样的软件也可以运行在具有不同数量的处理器内核的其他系统保持不变，所以必须创建没有具体的变体。

The invention relates to a method for performing an industrial automation program (user program) to an automation component with multiple processor cores (Core 0, Core 1), the automation program (user program) interacts with a modular operating system. In this case, wherein on the basis of the respectively assigned category (K1, K2, K3) of these modules, at least some or all of the modules of the operating system and / or the automation program (user program) functional categories (K1, K2, K3) are allocated, each one of the cores (Core 0, Core 1) are assigned for execution. Thus, the modules and to be processed by the module processes ( "threads") to such distributed to the available processor cores, any interference (obstruction) and the associated performance disadvantages are minimized or prevented. In this same software can also be run in an unmodified form on other systems with a different number of processor cores, so no specific variants must be created.