System, method and computer program product for power-saving task processing

A power-saving task processing system comprising:

• (a) a remaining power detector for detecting remaining power of a battery;
• the remaining power detector outputting a detection result about a value or state of the remaining power of the battery;
• (b) a motion information storage for storing a motion information table;
• the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and repetition frequency values of a task for which complete execution is ensured at the respective values or states of the remaining power of the battery;
• and
• (c) a task controller for controlling execution of tasks to be executed;
• wherein when the task controller executes a task, the task controller chooses and executes one of the processes from the motion information table according to the detection result of the remaining power detector.

A power-saving task processing method comprising the steps of:

• (a) monitoring remaining power of a battery to output a monitoring result about a value or state of the remaining power of the battery;
• (b) providing a motion information table;
• the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and processes for which complete execution is ensured at the respective values or states of the remaining power of the battery;
• and
• (c) controlling execution of tasks to be executed;
• wherein when a task is executed, one of the processes is chosen and executed from the motion information table according to the monitoring result of the remaining power detector.

A power-saving task processing method comprising the steps of:

• (a) monitoring remaining power of a battery to output a detection result about a value or state of the remaining power of the battery;
• (b) providing a motion information table;
• the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and repetition frequency values of a task for which complete execution is ensured at the respective values or states of the remaining power of the battery;
• and
• (c) controlling execution of tasks to be executed;
• wherein when a task is executed, one of the processes is chosen and executed from the motion information table according to the monitoring result of the remaining power detector.

A computer program product having a computer readable medium and a computer program recorded thereon;

• the computer program being operable for power-saving task processing, the product comprising:
• (a) code that monitors remaining power of a battery to output a monitoring result about a value or state of the remaining power of the battery;
• (b) code that provides a motion information table;
• the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and processes for which complete execution is ensured at the respective values or states of the remaining power of the battery;
• and
• (c) code that controls execution of tasks to be executed;
• wherein when a task is executed, one of the processes is chosen and executed from the motion information table according to the monitoring result of the remaining power detector.

A computer program product having a computer readable medium and a computer program recorded thereon;

• the computer program being operable for power-saving task processing, the product comprising:
• (a) code that monitors remaining power of a battery to output a detection result about a value or state of the remaining power of the battery;
• (b) code that provides a motion information table;
• the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and repetition frequency values of a task for which complete execution is ensured at the respective values or states of the remaining power of the battery;
• and
• (c) code that controls execution of tasks to be executed;
• wherein when a task is executed, one of the processes is chosen and executed from the motion information table according to the monitoring result of the remaining power detector.