Terminating an application process forcibly halts its execution. This action is distinct from simply minimizing or closing the app window. For example, if an application freezes or becomes unresponsive, forcing its closure can be a method to restore device functionality.
This procedure can be beneficial in resolving temporary software glitches, freeing up system resources, and potentially improving device performance. Historically, forced application closure has been a standard troubleshooting step across various operating systems, evolving alongside advancements in mobile technology.
This functionality, available within the Developer Options of Android 10 and earlier versions, compels applications to utilize the device’s Graphics Processing Unit (GPU) for all rendering processes. Normally, some applications rely on software rendering via the Central Processing Unit (CPU). Enabling this setting overrides the default behavior, pushing all graphic tasks to the GPU, regardless of the application’s inherent configuration. For instance, applications that would typically use the CPU to draw their user interface are instead processed by the GPU after this option is activated.
Employing the GPU for all rendering tasks can potentially enhance performance, particularly in applications with complex or demanding graphical elements. Historically, this setting was often used to address lag or stuttering issues experienced in certain applications or games on older Android devices, where the CPU might have been less efficient at handling graphics compared to the GPU. The advantages also include potentially smoother animations and faster loading times for visually intensive content. However, it’s worth noting that the impact is not always positive and can vary significantly depending on the specific device and application.
