Abstract:
The present invention relates to a framework device of a mobile terminal and a component interoperability guaranteeing method, and is configured by a hardware component generated by a developer and hardware middleware to be linked by a software (or another hardware) component. Therefore, in the exemplary embodiment of the present invention, hardware dependent parts in the hardware component are provided to the hardware middleware through setting parameters so that the hardware middleware is linked with the corresponding hardware component. The hardware middleware receives a request message according to the general inter- ORB protocol (GIOP) transmission system used for the basic communication system of the framework, parses the request message, and converts and transmits data to the corresponding hardware component. The hardware component (hardware logic) to which the request message is transmitted uses data to perform its unique function, and the result is configured as a response message by the hardware middleware and is then transmitted to the software component.
Abstract:
Es wird ein Verfahren zum Übersetzen einer Konnektivität einer Entität zu einem Web geschaffen. Das Verfahren zum Übersetzen einer Entität in Dinge auf der Grundlage eines Web enthält das Teilen der einzelnen Entität in einen Virtualisierungsteil, der eine Anforderung und Steuerung in Bezug auf Dinge erklärt, und in einen Spezialisierungsteil, der eine Anforderung in Bezug auf Dinge spezialisiert und eine Beschränkung der einzelnen Entität beseitigt, und das Übersetzen derselben, und das Definieren einer Abbildungsregel zwischen einer Eigenschaft der einzelnen Entität und einer durch ein Web unterstützten Konnektivitätstechnologie in dem Spezialisierungsteil.
Abstract:
PURPOSE: A sensor node and a method for configuring a sensor node are provided to guarantee for sensor node hardware configuration required according to a condition and a situation. CONSTITUTION: When shape setting information for configuration of an in-module sensor is changed, a sensor module transmits a sensor setup signal to a node module(S504). The sensor module receives a control signal corresponding to the sensor setup signal from the node module(S505). The sensor module sets an embedded sensor(S506). After the set embedded sensor is activated, the sensor module transmits a completion signal to the node module(S507,S508).
Abstract:
PURPOSE: An error and distortion control method for a discharge hour meter in a wireless sensor network is provided to minimize sensor node activation period according to time by distinguishing all events in a sensor network. CONSTITUTION: Message transmission and reception time is measured between a parent sensor node(101) and a child sensor node(103). A first discharge hour meter is synchronized based on the measured transmission and reception time. The first discharge hour meter is corrected based on the result of distribution calculation for the transmission and reception time. A message including information related to a sensor node is constructed. The constructed message is transmitted and received by a sensor network. The sensor network includes the parent sensor node and the childe sensor node.