Power controller in information processor
View Patent ↗A power controller ( 100 ) is for controlling power consumed in an information processor ( 1000 ) and includes a power context storing means (ZA 105 ), a power context reference means (ZB 101 ), and a power status changing means (ZA 101 ). The power context storing means (ZA 105 ) stores power control information for individual programs on a per program basis in storage regions distinguished with program identification information. The power context reference means (ZB 101 ) references the power control information for the desired program in the power context storing means (ZA 105 ). The power status changing means (ZA 101 ) changes the status of the power consumed in the information processor ( 1000 ) based on the power control information referenced by the power context reference means (ZB 101 ).
1. A power controller for controlling power consumed in an information processor, the power controller comprising:
a power context storing means for storing power control information for individual programs per program basis in storage regions, the storage regions being distinguished by program identification information;
a power context reference means for referencing the power control information for a desired program in the power context storing means; and
a power status changing means for changing a status of the power consumed in the information processor based on the power control information referenced by the power context reference means, wherein:
the power context reference means includes a program scheduling means for selecting a program so that, when the program is executed, an amount of power change from a current power status becomes minimum, based on the power control information stored in the power context storing means per program basis, and allocating the selected program to the information processor.
2. A power controller for controlling power consumed in an information processor, the power controller comprising:
a power context storing means for storing power control information for individual programs per program basis in storage regions, the storage regions being distinguished by program identification information;
a power context reference means for referencing the power control information for a desired program in the power context storing means; and
a power status changing means for changing a status of the power consumed in the information processor based on the power control information referenced by the power context reference means, wherein:
the power context reference means includes a program scheduling means for rearranging programs in an order which minimizes power changes when the programs change, based on the power control information stored in the power context storing means per program basis, and allocating the rearranged programs to the information processor.