Abstract:
Provided are an Internet-of-things (IoT) device and a computer-readable recording medium applied to the same. The IoT device can provide an open type IoT service by providing an IoT service using a D-platform. Therefore, various IoT devices are applied to the D-platform to facilitate the provision of the IoT service. [Reference numerals] (100) IoT software platform; (110) D-platform; (115) IoT device; (310) Interface unit; (320) Service management unit; (330) Client management unit; (340) Open API management unit; (350) Device information management unit; (352) Event control unit; (354) Resource formatter; (356) Device information storage unit; (360) Device management unit; (370) Network management unit; (40) Smart device
Abstract:
A method for providing an internet of things (IoT) service is provided. The method of providing the internet of things service provides the IoT service using a D-platform, a P-platform, an M-platform, and an S-platform in order to provide an open type the IoT service. Therefore, an IoT service developer may reduce development time and costs, and an IoT service user directly connects to the IoT service. [Reference numerals] (10) IoT service provider; (110) Device platform; (115) IoT device; (120) P-platform; (130) M-platform; (140) S-platform; (150) Open API server; (20) IoT device development company; (30) Service user; (40) Smart device user; (50) App developer; (60) IoT mash-up service developer; (AA) Registration flow; (BB) Service flow; (CC) Association/authentication flow; (DD) Open API search; (EE) Open API registration; (FF) Device information registration; (GG) Position search/access authentication; (HH) Device authentication; (II) User authentication; (JJ) Service/developer authentication; (KK) Mash-up service usage; (LL) Sale/purchase; (MM) Collect/control; (NN) Mash-up service registration; (OO) Infrastructure association; (PP) Device Samsung log storage; (QQ) Mash-up service usage; (RR) APP download; (SS) APP registration; (TT) M2M,P2P service(state confirmation/control)
Abstract:
A method for providing a location tracking service and a location tracking system using the same are provided. According to the location tracking service, a location tracking device transmits information about a location tracking tag, a current location and the present time which are detected nearby and a mobile device receives information about the specified location tracking tag and therefore IoT service users are able to track positions and moving paths for their children easily. [Reference numerals] (120) P-platform; (130) M-platform; (140) S-platform; (AA) child care spot device; (BB) IoT software platform; (CC) smart device; (S510) Installing the child care spot device; (S520) Registering the information about the child care spot device in the P-platform; (S525) Searching the child care spot device through the P-platform by using an IoT browser; (S530) Downloading child care applications from the S-platform; (S535) Automatically registering a current state as an operating state (ON state) at the M-platform; (S540) Registering child care tag user information and child care tag information; (S545) Transmitting child care tag information sensed in a local area, current location information, and current time information; (S550) Receiving location information of a specific child care tag registered on the M-platform; (S560) Receiving real-time route information of the child care tag from the M-platform and displaying it
Abstract:
PURPOSE: A wireless energy supply control method for a wireless sensor network and a system which applied thereof are provided to monitor the energy status of the wireless sensor network and are provided to supply the energy wirelessly only if the energy supply is necessary for the wireless sensor network. CONSTITUTION: Each of the energy supply system (200-1~200-n) wirelessly supplies the energy to a wireless sensor network. A mobile device (400) monitors the energy status of the wireless sensor network. If the mobile device monitors as the energy supply is necessary for the wireless sensor network, the mobile device controls the energy supply system in order to wirelessly supply the energy to the wireless sensor network. If the mobile device monitors as the energy supply is unnecessary for the wireless sensor network, the mobile device does not deliver the energy supply request to the energy supply system. [Reference numerals] (100-1) Wireless sensor network-1; (100-2) Wireless sensor network-2; (100-n) Wireless sensor network-n; (200-1) Energy supply system-1; (200-2) Energy supply system-2; (200-n) Energy supply system-n; (300) Main server; (400) Mobile device