Final answer:
End capture occurs exclusively in the non-preemptive scheduling model used in CPU scheduling, where once a process starts its CPU burst, it cannot be preempted until it voluntarily releases the CPU or switches to a waiting state.
Step-by-step explanation:
End capture only occurs in the non-preemptive scheduling model. In non-preemptive scheduling, once a process has control of the CPU, it will not release it until it is finished with its current burst of the CPU cycle. This is in contrast to preemptive scheduling, where a process can be interrupted by the scheduler to allow another process to use the CPU, thereby ensuring a more dynamic allocation of processor time among different processes. In non-preemptive scheduling, there is no taking over CPU time by force; a process ends its execution either by completing its CPU burst or by switching to a waiting state.
In the MVC model, the capture refers to the process of obtaining user input, such as form submissions or user interactions with the interface. The end capture signifies the completion of this capturing process.
After the end capture, the controller component in MVC processes the captured input and performs the necessary actions, such as updating the model or triggering specific events.