Abstract:
A configuration facility is presented and specified, with at least one computer unit and a display device for the configuration of a time-triggered bus system. The bus system has at least two bus nodes and a data bus connecting the bus nodes. At least one node task and at least one transmission task can be executed at the bus nodes. The node tasks can be presented in time sequence in a node task field, the transmission tasks can be presented in time sequence in a transmission task field separate from the node task field, and the node tasks and the transmission tasks can be coordinated with each other by graphic allocation.
Abstract:
A method is described and presented for creation of an optimized schedule for execution of a functionality by means of a time-controlled distributed computer system, in which the distributed computer system and the functionality have a set of (especially structural and functional) elements of at least one element class and the elements are at least partially in a dependence. The method according to the invention, in which the task is solved, is initially and essentially characterized by the fact that the dependences between the elements are recognized, classified and the elements are assigned to corresponding dependence classes, and that optimization of schedule occurs by coordination of elements of at least one dependence class.
Abstract:
A configuration facility is presented and specified, with at least one computer unit and a display device for the configuration of a time-triggered bus system. The bus system has at least two bus nodes and a data bus connecting the bus nodes. At least one node task and at least one transmission task can be executed at the bus nodes. The node tasks can be presented in time sequence in a node task field, the transmission tasks can be presented in time sequence in a transmission task field separate from the node task field, and the node tasks and the transmission tasks can be coordinated with each other by graphic allocation.
Abstract:
A method is described and presented for creation of an optimized schedule (P) for execution of a functionality by means of a time-controlled distributed computer system, in which the distributed computer system and the functionality have a set of (especially structural and functional) elements (ei, e1,i, e2,i) of at least one element class (Ei, E1, E2) and the elements (ei, e1,i, e2,i) are at least partially in a dependence.The task of the present invention is to at least partially avoid the drawbacks of methods known from the prior art in the creation of an optimized schedule for distributed computer systems.The method according to the invention, in which the task is solved, is initially and essentially characterized by the fact that the dependences between the elements (ei, e1,i, e2,i) are recognized, classified and the elements (ei, e1,i, e2,i) are assigned to corresponding dependence classes (Ai, A1, A2), and that optimization of schedule (P) occurs by coordination of elements (ei, e1,i, e2,i) of _at least one dependence class (Ai, A1, A2).