Abstract: A health measurement system for a vehicle driver and a warning method using the same are disclosed. The health measurement system includes an Internet of Things (IoT) device and a controller. The controller performs health scanning of a driver through the IoT device, and informs the driver of a result of the health scanning. The controller determines a necessary condition of the health scanning of the driver by analyzing traveling environment information, and performs the health scanning only when the necessary condition of the health scanning is satisfied.

Abstract: An advertisement system using a vehicle and an advertisement method using the same are provided. The advertisement system includes an advertisement server that stores advertisement contents regarding a plurality of advertisers and at least one advertisement playback unit that is mounted to a vehicle and plays back the advertisement contents. An advertisement controller receives the advertisement contents from the advertisement server by communicating with the advertisement server and controls the received advertisement contents to be played back through the advertisement playback unit. When parking the vehicle, the advertisement contents supplied from the advertisement server are played back through the advertisement playback unit mounted to the vehicle.

Abstract: A wearable robot device includes a frame, a detector provided on the frame for collecting information on a force applied from a user, a controller for determining a required amount of torque necessary for an operation of the wearable robot device based on the information collected by the detector, and for determining a sound corresponding to the required amount of torque, and an output unit for outputting the determined sound.

Abstract: A dialogue system includes: an input processor extracting an action corresponding to a user's utterance; a storage storing information value of context information comprising at least one of vehicle state information related to a vehicle state, and driving environment information related to the driving environment of the vehicle; a dialogue managing processor acquiring a parameter value of a condition determination parameter used to determine whether the action corresponding to the user's utterance is executable, from the storage, the dialogue managing processor determining an action to be executed based on the parameter value of the condition determination parameter, the dialogue managing processor acquiring a parameter value of action parameter used to execute the determined action, from the storage; and a result processor generating a response to execute the determined action by using the acquired parameter value of action parameter.

Abstract: Disclosed herein is a method for analyzing an utterance meaning. The method includes collecting a voice signal of an utterer; converting the collected voice signal into information in a text form, extracting a keyword of the text information from the text information, and deriving at least one utterance topic on the basis of the extracted keywords of the text information.

Abstract: A vehicle that provides an advanced driver assistance system (ADAS) recommendation function and a method of controlling the vehicle are provided. The vehicle includes a collection unit that is configured to collect behavior information of a driver and a controller that is configured to determine an advanced driver assistance system (ADAS) mode recommendable to the driver based on the collected behavior information and to output the determined ADAS mode.

Abstract: A wearable robot device includes a frame, a detector provided on the frame for collecting information on a force applied from a user, a controller for determining a required amount of torque necessary for an operation of the wearable robot device based on the information collected by the detector, and for determining a sound corresponding to the required amount of torque, and an output unit for outputting the determined sound.

Abstract: A vehicle and a method of controlling the vehicle are provided. The method includes recognizing a user speech to acquire a voice command and searching for a shortcut instruction that corresponds to the voice command. Further, the method includes executing a plurality of control instructions based on a control process of the shortcut instruction.

Abstract: A vehicle and a method of controlling the vehicle are provided. The method includes recognizing a user speech to acquire a voice command and searching for a shortcut instruction that corresponds to the voice command. Further, the method includes executing a plurality of control instructions based on a control process of the shortcut instruction.

Abstract: A vehicle includes an image capturer configured to acquire a driving image of surrounding environment of the vehicle, and a processor configured to acquire additional information related to the driving image and to store the driving image and the additional information.

Abstract: Dual band retractable antenna system with capacitive coupling includes a helical antenna for operating at stand-by mode, the helical having ¼ wavelength; a whip, which penetrates the helical, for operating at busy mode, the whip having ¼ wavelength; a stopper for catching the whip when the antenna is extended out; a sleeve mounted to one end of the helical, for operating as a feed point when the whip is extended out; a capacitive coupling arrangement placed between the helical and the sleeve, for capacitively coupling the helical to the sleeve; and a matching circuit connected between the sleeve and the antenna system, so that the antenna system operates for both frequency bands.

Abstract: A capacitive coupled extendable antenna for portable radio communication devices with improved operating characteristics is disclosed. The extendable antenna includes a quarter-wavelength helical antenna, a quarter-wavelength whip antenna movable between the extended position and the retracted position through the helical antenna, and an electrically conductive sleeve acting as the feed point of the antenna. The helical antenna is electrically insulated from the sleeve so that the helical antenna is capacitively coupled to the sleeve. The whip antenna is enclosed within an insulating tube, which is disposed within a guide for longitudinal movement therethrough. The whip antenna is disposed in electrically insulated relation to the sleeve in the retracted position and electrically connected to the sleeve in the extended position via a stopper.