What is architecture controlled by events?
Architecture controlled by events is a type of architecture of computer and software development that prefers events and changes in the system. Programming is usually components that are specifically to find changes and either respond directly to these changes or are handed over to other sections. Architecture controlled by events does not attempt to predict user movements, so it can be better for users of unconventional features. This is usually used on a computer, but can also be used to control machines.
There are many types of system architectures and each prefers certain functions or operations. The main priority is with architecture controlled events, events and changes. For example, when the software goes from rest to use, this is a change in the system. Other changes may be strength changes, using different tools, adding coding and other such events. Whenever something requires more energy or resources, or if new data must be found to be considered an event.
In order to facilitate finding and response to changes, they are usually into the software or system that are created for this purpose, programmed small units. Many of these parts are able to respond directly to the event by changing strength or do what the user needs. Other parts are created to find changes and transmission of information to parts capable of responding to it. These parts tend to increase the speed of the system because they are made to quickly change the system for user needs.
Other types of computer architectures are usually trying to predict user functions based on the main priority of these architectures. Although it can be effective, it can slow down the system or use computer resources if the user does not work according to priorities. There are no predictions with the architecture of controlled events, so it can benefit from an unconventional user.
Most computer architects are to be determinedOnly on the computer, but the architecture controlled by events can also be used in machines, usually as a security preventive measure. There are often many changes in the engine shifting, moving actions and components. Architecture controlled by events usually optimizes these movements, but oversees them. For example, if part moves in a way that can be potentially dangerous, then this architecture stops movement to be operator and passers -by.