Decentralized architecture for dynamic resource management

1. An electronic device, comprising:

a compute system configured to concurrently execute a primary application and one or more secondary applications;

one or more subsystems configured to operate in a full-power mode and further configured to operate in one or more reduced-power modes; and

a resource management module comprising one or more power mode timers, the resource management module configured to:

set a full-power mode timer based on an application-specific full-power requirement for the primary application executing on the electronic device;

set a reduced-power mode timer based on an application-specific reduced-power requirement for the primary application executing on the electronic device, the reduced-power mode timer indicating a duration for the one or more subsystems to consume at least a reduced level of energy;

instruct the one or more subsystems to operate in full-power mode for a duration of the full-power mode timer;

responsive to receiving an indication of an input to the electronic device, increase the duration of the full-power mode timer based on a duration of the application-specific full-power requirement for the primary application; and

responsive to the full-power mode timer lapsing, instruct the one or more subsystems to operate in a first reduced-power mode for a remaining duration of the reduced-power mode timer.

2. The electronic device of claim 1 , wherein the resource management module is further configured to:

responsive to an indication that the compute system updated the primary application from a first application having a first application-specific full-power requirement to a second application having a second application-specific full-power requirement, update the full-power mode timer based on the second application-specific full-power requirement; and

instruct the one or more subsystems to operate in full-power mode for the duration of the updated full-power mode timer.

3. The electronic device of claim 1 , wherein the resource management module is further configured to:

responsive to the indication of an input to the electronic device, increase the duration of the reduced-power mode timer based on a duration of the application-specific reduced-power requirement for the primary application; and

responsive to an indication that the compute system updated the primary application from a first application having a first application-specific reduced-power requirement to a second application having a second application-specific reduced-power requirement, update the reduced-power mode timer based on the second application-specific reduced-power requirement.

4. The electronic device of claim 3 , wherein the resource management module is further configured to:

responsive to the reduced-power mode timer lapsing, instruct the one or more subsystems to operate in a second reduced-power mode, the second reduced-power mode consuming less power than the first reduced-power mode.

5. The electronic device of claim 1 , wherein the resource management module is further configured to:

receive an indication of an input including an input-specific full-power requirement and an input-specific reduced-power requirement;

responsive to no primary application executing on the compute system, set the full-power mode timer based on the input-specific full-power requirement; and

set the reduced-power mode timer based on the input-specific reduced-power requirement.

6. The electronic device of claim 5 , wherein the resource management module is further configured to:

during a condition where no primary application is executing on the compute system and wherein the full-power mode timer is set based on a first input-specific full-power requirement and the reduced-power mode timer is set based on a first input-specific reduced-power requirement, receive an indication of an input including a second input-specific full-power requirement and a second input-specific reduced-power requirement;

increase the duration of the full-power mode timer if the duration of the second input-specific full-power requirement is greater than an amount of time remaining before the full-power mode timer lapses; and

increase the duration of the reduced-power mode timer if the duration of the second input-specific reduced-power requirement is greater than an amount of time remaining before the reduced-power mode timer lapses.

7. The electronic device of claim 1 , wherein the one or more subsystems configured to operate in a full-power mode and further configured to operate in one or more reduced-power modes include a display subsystem.

8. The electronic device of claim 7 wherein the full-power mode for the display subsystem includes a full-power backlighting mode, and the one or more reduced-power modes for the display subsystem include a dimmed backlighting mode.

9. The electronic device of claim 1 , wherein the resource management module is further configured to:

responsive to the reduced-power mode timer lapsing, instruct the one or more subsystems to operate in a second reduced-power mode, the second reduced-power mode consuming less power than the first reduced-power mode.

10. An electronic device, comprising:

a compute system configured to execute two or more applications concurrently;

one or more subsystems configured to operate in a full-power mode and further configured to operate in one or more reduced-power modes; and

a resource management module comprising one or more power mode timers, the resource management module configured to:

store active application-specific power requirements in a data structure, the active application-specific power requirements including application-specific full-power requirements;

set a full-power mode timer based on an application-specific full-power requirement for an active application-specific power requirement at a top position of the data structure;

instruct the one or more subsystems to operate in full-power mode for a duration of the full-power mode timer;

responsive to a selection of a first active application as a primary application, the first active application having a first active application-specific power requirement including a first application-specific full-power requirement, place the first active application-specific power requirement at the top position of the data structure;

update the full-power mode timer based on the first application-specific full-power requirement;

instruct the one or more subsystems to operate in full-power mode for a duration of the updated full-power mode timer;

responsive to a selection of a second active application as the primary application, the second active application having a second active application-specific power requirement including a second application-specific full-power requirement, place the second active application-specific power requirement at the top position of the data structure;

place the first active application-specific power requirement at a second position below the top position of the data structure;

update the full-power mode timer based on the second application-specific full-power requirement; and

instruct the one or more subsystems to operate in full-power mode for the duration of the updated full-power mode timer.

11. The electronic device of claim 10 , where the resource management module is further configured to:

responsive to a deactivation of the primary application, remove the active application-specific power requirement at the top position of the data structure;

move the active application-specific power requirement in the second position below the top position of the data structure to the top position of the data structure;

update the full-power mode timer based on the application-specific full-power requirement of the active application-specific power requirement at the top position of the data structure; and

instruct the one or more subsystems to operate in full-power mode for a duration of the updated full-power mode timer.

12. The electronic device of claim 10 , where the active application-specific power requirements further comprise application-specific reduced-power requirements, and wherein the resource management module is further configured to:

set a reduced-power mode timer equal to an application-specific reduced-power requirement for the active application-specific power requirement at the top position of the data structure; and

responsive to the full-power mode timer lapsing, instruct the one or more subsystems to operate in a first reduced-power mode for a remaining duration of the reduced-power mode timer.

13. The electronic device of claim 12 , wherein the resource management module is further configured to:

responsive to the reduced-power mode timer lapsing, instruct the one or more subsystems to operate in a second reduced-power mode, the second reduced-power mode consuming less power than the first reduced-power mode.

14. The electronic device of claim 13 , wherein the one or more subsystems configured to operate in a full-power mode and further configured to operate in one or more reduced-power modes include a display subsystem.

15. The electronic device of claim 14 , wherein the full-power mode for the display subsystem includes a full-power backlighting mode, the first reduced-power mode for the display subsystem includes a dimmed backlighting mode, and the second reduced-power mode for the display subsystem includes a backlighting-off mode.

16. The electronic device of claim 12 , wherein the resource management module is further configured to:

receive an indication of an input to the electronic device;

increase the duration of the full-power mode timer based on a duration of the application-specific full-power requirement at the top position of the data structure; and

increase the duration of the reduced-power mode timer based on a duration of the application-specific reduced-power requirement at the top position of the data structure.

17. The electronic device of claim 16 , wherein the resource management module is further configured to:

receive an indication of an input to the electronic device including an input-specific full-power requirement and an input-specific reduced-power requirement;

set the full-power mode timer based on the input-specific full-power requirement responsive to the data structure of active application-specific power requirements being empty; and

set the reduced-power mode timer based on the input-specific reduced-power requirement responsive to the data structure of active application-specific power requirements being empty.

18. The electronic device of claim 17 , wherein the resource management module is further configured to:

during a condition where the data structure of active application-specific power requirements is empty and wherein the full-power mode timer is set based on a first input-specific full-power requirement and the reduced-power mode timer is set based on a first input-specific reduced-power requirement, receive an indication of an input including a second input-specific full-power requirement and a second input-specific reduced-power requirement;

increase the duration of the full-power mode timer if the duration of the second input-specific full-power requirement is greater than an amount of time remaining before the full-power mode timer lapses; and

increase the duration of the reduced-power mode timer if the duration of the second input-specific reduced-power requirement is greater than an amount of time remaining before the reduced-power mode timer lapses.

19. An electronic device, comprising:

a display circuit configured to operate in a full-power backlighting mode and further configured to operate in a reduced-power backlighting mode; and

a resource management module comprising a full-power backlighting mode timer and a reduced-power backlighting mode timer, the resource management module configured to:

store active application-specific backlighting requirements in a data structure, the active application-specific backlighting requirements including application- specific full-power backlighting requirements and further including application-specific reduced-power backlighting requirements;

responsive to a selection of a first active application as a primary application, the first active application having a first application-specific backlighting requirement including a first application-specific full power backlighting requirement, place the first application-specific backlighting requirement at a top position of the data structure;

set a full-power backlighting mode timer based on the first application-specific full-power backlighting requirement;

instruct the display circuit to operate in full-power backlighting mode for a duration of the full-power backlighting mode timer;

responsive to the full-power backlighting mode timer lapsing, instruct the display circuit to operate in reduced-power backlighting mode for a remaining duration of the reduced-power backlighting mode timer;

responsive to the reduced-power backlighting mode timer lapsing, instruct the display circuit to operate in a backlighting-off mode;

responsive to a deactivation of the primary application, remove the application-specific backlighting requirement at the top position of the data structure;

move an active application-specific backlighting requirement in a second position below the top position of the data structure to the top position of the data structure;

update the full-power backlighting timer based on the application-specific full-power backlighting requirement of the active application-specific backlighting requirement at the top position of the data structure; and

instruct the one or more subsystems to operate in full-power mode for a duration of the updated full-power mode timer.

20. The electronic device of claim 19 , wherein the resource management module is further configured to:

receive an indication of an input to the electronic device, the indication including an input-specific full-power backlighting requirement and an input-specific reduced-power backlighting requirement;

increase the duration of the full-power mode timer if the duration of the application-specific full-power requirement at the top position of the data structure is greater than an amount of time remaining before the full-power mode timer lapses; and

increase the duration of the reduced-power mode timer if the duration of the application-specific reduced-power requirement at the top position of the data structure is greater than an amount of time remaining before the reduced-power mode timer lapses.