System and method for managing sensor information in portable terminal
First Claim
1. A method of managing sensor information in a portable terminal including at least one sub-processor driven with lower power than at least one main processor, a sub-memory, a sensor unit controlled by the at least one sub-processor, and the at least one main processor driven with higher power than the at least one sub-processor, the method comprising:
- collecting the sensor information through the sensor unit by the at least one sub-processor in a sleep state of the at least one main processor;
checking a storage space of the sub-memory to determine whether the collected sensor information is able to be stored;
deleting at least some sensor information from among sensor information which are previously stored in the sub-memory when the collected sensor information is not able to be stored, and storing the collected sensor information; and
moving the sensor information stored in the sub-memory to a main memory to store therein when the at least one main processor is woken-up.
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Accused Products
Abstract
A method and a system for managing sensor information in a portable terminal are provided. The method includes collecting the sensor information through a sensor unit by a sub-controller, determining whether a main controller is in a sleep state, determining whether the collected sensor information is able to be stored in a sub-memory when the main controller is in the sleep state, storing the collected sensing information in the sub-memory, and waking-up the main controller to move the collected sensor information and sensor information stored in the sub-memory to a main memory to store therein when the collected sensor information is unable to be stored in the sub-memory.
13 Citations
4 Claims
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1. A method of managing sensor information in a portable terminal including at least one sub-processor driven with lower power than at least one main processor, a sub-memory, a sensor unit controlled by the at least one sub-processor, and the at least one main processor driven with higher power than the at least one sub-processor, the method comprising:
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collecting the sensor information through the sensor unit by the at least one sub-processor in a sleep state of the at least one main processor; checking a storage space of the sub-memory to determine whether the collected sensor information is able to be stored; deleting at least some sensor information from among sensor information which are previously stored in the sub-memory when the collected sensor information is not able to be stored, and storing the collected sensor information; and moving the sensor information stored in the sub-memory to a main memory to store therein when the at least one main processor is woken-up. - View Dependent Claims (2)
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3. A portable terminal comprising:
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a sensor unit including at least one sensor; at least one sub-processor configured to control driving of the sensor unit, and to be driven with lower power than at least one main processor; a main memory controlled by the at least one main processor; a sub-memory controlled by the at least one sub-processor; and the at least one main processor configured to be driven with higher power than the at least one sub-processor, wherein the at least one sub-processor is further configured to, when the at least one main processor is in a sleep state; collect sensor information through the sensor unit, check a storage space of the sub-memory to determine whether the collected sensor information is able to be stored, delete at least some sensor information from among sensor information which are previously stored in the sub-memory when the collected sensor information is not able to be stored, store the collected sensor information in the sub-memory, and move the sensor information stored in the sub-memory to the main memory to store therein when the at least one main processor is woken-up. - View Dependent Claims (4)
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Specification