User scheduled portable device power management

1. A method comprising:

presenting, to a user of a portable device, a schedule display including a list of applications;

obtaining a first user selection from the list of applications of necessary applications to be executed on the portable device, wherein the first user selection includes a desired operational interval for each necessary application;

obtaining a second user selection from the list of applications of optional applications to be executed on the portable device, wherein the second user selection includes a desired operational interval for each optional application;

obtaining a third user selection of a desired operational time of the portable device;

determining a current battery capacity of the portable device;

determining whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications and the optional applications and to remain operational for the desired operational time;

when the current battery capacity is sufficient, configuring the portable device to operate according to the first and second user selections; and

causing a calibration to be performed to establish power usage information of the necessary applications and the optional applications, wherein the determining whether the current battery capacity is sufficient utilizes the power usage information, and wherein calibration includes optimizing tasks, placing a processor into a minimum idle state, recording a system idle state power, executing a calibration application on the processor, recording system power for the calibration application, and placing the processor into the minimum idle state.

2. The method of claim 1 further comprising:

determining whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications and to remain operational for the desired operational time; and

when the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications, configuring the portable device to operate according to the first user selection.

3. The method of claim 1 further comprising:

scanning for currently used applications; and

providing representations of the currently used applications from which the first user selection and the second user selection are to be made.

4. The method of claim 3 further comprising:

receiving user search input specifying an unrepresented application;

searching for power usage information pertaining to the unrepresented application; and

adding the unrepresented application to one of the first user selection and the second user selection.

5. The method of claim 1 further comprising:

performing calibration to establish power usage information of the necessary applications and the optional applications, wherein the determining whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications and the optional applications and to remain operational for the desired operational time utilizes the power usage information.

6. The method of claim 1 further comprising:

storing a configuration for future configuring of the portable device to operate according to the first and second user selections.

7. The method of claim 1 further comprising:

determining if power consumption of the portable device has changed more than a specified amount; and

when the power consumption of the portable device has changed more than the specified amount, reconfiguring the portable device to operate according to a revised configuration of applications selected from the necessary applications and the optional applications.

8. An information handling system comprising:

a processor;

a battery management unit; and

a memory for storing an operating system, the operating system comprising instructions executable by the processor to obtain a first user selection of necessary applications to be executed on a portable device, to obtain a second user selection of optional applications to be executed on the portable device, to obtain a third user selection of a desired operational time of the portable device, to cause the battery management unit to determine a current battery capacity of the portable device, to determine whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications and the optional applications and to remain operational for the desired operational time, when the current battery capacity is sufficient to configure the portable device to operate according to the first and second user selections, to determine whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications and to remain operational for the desired operational time, when the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications, to configure the portable device to operate according to the first user selection, to determine if power consumption of the portable device has changed more than a specified non-zero amount, when the power consumption of the portable device has changed more than the specified non-zero amount, to reconfigure the portable device to operate according to a revised configuration of applications selected from the necessary applications and the optional applications, and to cause the processor to perform calibration to establish power usage information of the necessary applications and the optional applications, wherein the determining whether the current battery capacity is sufficient utilizes the power usage information, and wherein the calibration includes optimizing tasks, placing the processor into a minimum idle state, recording system idle state power, executing a calibration application on the processor, recording system power for the calibration application, and placing the processor into the minimum idle state.

9. The information handling system of claim 8 wherein the operating system comprises further instructions executable by the processor to scan for currently used applications, and to provide representations of the currently used applications from which the first user selection and the second user selection are to be made.

10. The information handling system of claim 9 wherein the operating system comprises further instructions executable by the processor to receive user search input specifying an unrepresented application, to search for power usage information pertaining to the unrepresented application, and to add the unrepresented application to one of the first user selection and the second user selection.

11. The information handling system of claim 8 wherein the operating system comprises further instructions executable by the processor to perform calibration to establish power usage information of the necessary applications and the optional applications, wherein the determining whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications and the optional applications and to remain operational for the desired operational time utilizes the power usage information.

12. The information handling system of claim 8 wherein the operating system comprises further instructions executable by the processor to store a configuration for future configuring of the portable device to operate according to the first and second user selections.

13. An article of manufacture comprising a nontransitory storage medium storing instructions executable to cause a processor to obtain a first user selection of necessary applications to be executed on a portable device, to obtain a second user selection of optional applications to be executed on the portable device, to obtain a third user selection of a desired operational time of the portable device, to determine a current battery capacity of the portable device, to determine whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications and the optional applications and to remain operational for the desired operational time, and, when the current battery capacity is sufficient, to configure the portable device to operate according to the first and second user selections, to cause the processor to perform calibration to establish power usage information of the necessary applications and the optional applications, wherein the determining whether the current battery capacity is sufficient utilizes the power usage information, and wherein the calibration includes optimizing tasks, placing the processor into a minimum idle state, recording system idle state power, executing a calibration application on the processor, recording system power for the calibration application, and placing the processor into the minimum idle state.

14. The article of manufacture of claim 13 wherein the nontransitory storage medium stores further instructions to cause the processor to determine whether the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications and to remain operational for the desired operational time, and, when the current battery capacity is sufficient to allow the portable device to execute the necessary applications but not all of the optional applications, to configure the portable device to operate according to the first user selection.

15. The article of manufacture of claim 13 wherein the nontransitory storage medium stores further instructions to cause the processor to scan for currently used applications, and to provide representations of the currently used applications from which the first user selection and the second user selection are to be made.

16. The article of manufacture of claim 15 wherein the nontransitory storage medium stores further instructions to cause the processor to receive a user search input specifying an unrepresented application, to search for power usage information pertaining to the unrepresented application, and to add the unrepresented application to one of the first user selection and the second user selection.

17. The article of manufacture of claim 13 wherein the nontransitory storage medium stores further instructions to cause the processor to determine if power consumption of the portable device has changed more than a specified amount, and, when the power consumption of the portable device has changed more than the specified amount, to reconfigure the portable device to operate according to a revised configuration of applications selected from the necessary applications and the optional applications.