Method and apparatus for managing usage time of IoT devices
Provided are a method for managing usage time of an IoT device, and an apparatus therefor. According to the disclosure, a method for managing usage time of an IoT device which flexibly controls a standby mode of an IoT device according to a user's selection, and which enables a user to select an operation method of a standby mode by using an application for minimizing power consumption of an IoT device, and an apparatus therefor are provided.
1. An apparatus for managing usage time of an internet of things (IoT) device comprising a memory and a processor, wherein a program containing computerized instructions is stored in the memory and configured to be executed by the processor to perform a method, the method comprising:
receiving mode setting information from an external server;
determining whether a sleep period is a busy period or an idle period based on the mode setting information;
generating change information of a receiving mode of an IoT device according to the busy period or the idle period;
controlling the receiving mode based on the change information of the receiving mode; and
storing the mode setting information,
wherein the controlling the receiving mode comprising:
controlling an interval between times, at which the IoT device operates the receiving mode to receive a beacon signal, to be shorter than a predetermined threshold in response to determining that the sleep period is the busy period; and
controlling an interval between times, at which the IoT device operates the receiving mode to receive a beacon signal, to be equal to or longer than the predetermined threshold in response to determining that the sleep period is the idle period.
2. The apparatus for managing usage time of an IoT device according to claim 1 , wherein the method further comprising:
checking whether a control message for controlling the IoT device has been received based on a control signal transmitted from a router; and
measuring a receiving frequency of the control message for a specific time period and generates message frequency information.
3. The apparatus for managing usage time of an IoT device according to claim 2 , wherein the determining comprising:
determining the busy period or the idle period based on time information of the busy period or time information of the idle period included in the mode setting information.
4. The apparatus for managing usage time of an IoT device according to claim 3 , wherein the determining comprising:
in response to receiving the mode setting information including only simple time information, determining the busy period or the idle period by comparing the predetermined threshold with the simple time information.
5. The apparatus for managing usage time of an IoT device according to claim 4 , wherein the determining comprising:
determining the busy period or the idle period based on the message frequency information.
6. The apparatus for managing usage time of an IoT device according to claim 1 , wherein the mode setting information includes time information of a busy period, time information of an idle period, time information of a non-use period, time information of an all-time connection period, and time information of a unidirectional connection period.
7. A method for managing usage time of an internet of things (IoT) device comprising:
a data receiving process of receiving mode setting information from an external server;
a period determining process of determining a busy period or an idle period based on the mode setting information;
a mode change information generating process of generating change information of a receiving mode of an IoT device according to the busy period or the idle period;
a mode controlling process of controlling the receiving mode based on the change information of the receiving mode; and
a process of storing the mode setting information
wherein the mode controlling process comprising:
a process of controlling an interval between times, at which the IoT device operates the receiving mode to receive a beacon signal, to be shorter than a predetermined threshold in response to determining that the sleep period is the busy period, and
a process of controlling the interval between times, at which the IoT device operates the receiving mode to receive a beacon signal, to be equal to or longer than the predetermined threshold in response to determining that the sleep period is the idle period.