In Process Homogeneous Object-Binding Structure for Preference Zone Based Decision Making

This paper leads on research of decision support methods for software engineering. Regulation of temperature for Ensuring of cooling chain, triggering of grouped maintenance tasks, sensor based filling and sorting out of bottles, cutting, positioning, assembling and sorting in in high rack warehouse are typical examples for control decisions in factories. By the favorable technological innovation rate immense numbers of sensors and actors are available in highly complex machine factories. Modern production and quality optimization incorporates complex cooperative not context-aware control commands. To improve energy-efficiency of existing control and logistics systems and to provide context for new complex software engineering solutions, structure, objects and wide and compressed parameter evaluation is required. To improve robustness and quality of logistics solutions we developed idea of a homogeneous object-binding structure for an object-zone-based preference. Preference integrates real-time decision zones, energy zones and a zone-compressed application gradient for self-organization of sensor-actor-tasks.