system integration
In applied engineering, system integration is the process of assembling subsystems into a single system, ensuring that they function as a single unit. , to act as a single coordinating unit.
A systems integration tool brings all systems together offline, using a variety of different technologies, such as computer networks, enterprise or corporate application integration, business process management, or through manual programming.
In general, systems engineering is a group of subsystems that cooperate with each other to form a single system that has the ability to achieve desired goals and perform functions to the fullest. Methods for connecting branched systems to each other by gluing graphic surfaces. If this interlocking between subsystems does not occur directly, then the process of linking or gluing between them allows the required mapping to be provided, and the integration here is done on the required link, as well as on adding values to the system. through the possible capacities as a result of the interaction between the subsystems, and here the importance of the role of the Systems Integrator Engineer, so that his role becomes more important, by designing more systems, connecting them with each other within the system that is still under construction and in almost every system that has been created and
Integration Engineer
means of integration
- Vertical integration: that is, according to the function in each process, and it is carried out by manufacturing functional units called sloats, and is characterized by the fact that integration occurs faster, it is the most economical in the short term, and the degree property within this range can be clearly higher than its cost by other means. .
- Stellar integration: It is called spaghetti integration, where systems are linked to other subsystems.
- Enterprise Service Bus or Horizontal Integration – Here a specific subsystem is assigned to communicate between all other subsystems.
- landscape scheme:
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