1.Control systemsin real time RT classification systems, requirements for hardware control systems.
2. Concepts of computer control, characteristics of industrial process control systems and the complexity of their structure.
3. Programming schemes, support for object-oriented programming.
4. Declarations and constants, expressions and statements, functions and files.
5. Classes and members, construction and destruction.
6. Derived classes, favoring operators.
7. Templates and their application, treatment of exceptional states.
8. Streams.
9. Interrupts and interrupt systems.
10. Computational process, sequential process, a parallel process, the virtual processor.
11. Context, context switching. Time-dependent processes, Bernstein conditions.
12. Synchronization of processes. Synchronization mechanisms and operations. Semaphores, signals, and monitors. Typical synchronization tasks. Specification of synchronization tasks with Petri nets.
13. Techniques for communication via messaging.
14. Operating systems. Windows, Win32 interface, platforms, the objects core processors. Memory architecture, work with virtual memory. Design and development of software
2. Concepts of computer control, characteristics of industrial process control systems and the complexity of their structure.
3. Programming schemes, support for object-oriented programming.
4. Declarations and constants, expressions and statements, functions and files.
5. Classes and members, construction and destruction.
6. Derived classes, favoring operators.
7. Templates and their application, treatment of exceptional states.
8. Streams.
9. Interrupts and interrupt systems.
10. Computational process, sequential process, a parallel process, the virtual processor.
11. Context, context switching. Time-dependent processes, Bernstein conditions.
12. Synchronization of processes. Synchronization mechanisms and operations. Semaphores, signals, and monitors. Typical synchronization tasks. Specification of synchronization tasks with Petri nets.
13. Techniques for communication via messaging.
14. Operating systems. Windows, Win32 interface, platforms, the objects core processors. Memory architecture, work with virtual memory. Design and development of software