Abstract:
가상세계처리장치및 방법이개시된다. 실시예들은현실세계로부터수집한정보를이진형태의데이터로변환하여전송하거나, XML 데이터로변환하거나, 변환된 XML 데이터를다시이진형태의데이터로변환하여전송함으로써, 데이터의전송속도를높이고낮은대역폭을사용할수 있으며, 또한, 데이터를수신하는적응 RV 엔진의경우, XML 해석기를포함하지않을수 있어적응 RV 엔진의복잡도를감소시킬수 있다.
Abstract:
제1 센서를이용하여사용자입력장치에평면적으로입력되는평면입력정보를측정하고, 제2 센서를이용하여상기사용자입력장치의자세또는회전운동과관련된물리량에따라입력되는자세운동정보를측정한후, 상기평면입력정보및 상기자세운동정보를조합하여컨텐츠제어신호를생성하는사용자입력장치및 방법을제공한다.
Abstract:
A present invention relates to an estimator learning method and a pose estimation method using a depth image. The estimator learning method according to an embodiment of the present invention allows a user to learn an estimator for estimating the pose of an object based on correlation between synthesis data and actual data. The pose estimation method is to estimate the pose of the object by using the learned estimator.
Abstract:
A tactile display device comprises: a tactile output part where a part of a human body can be touched; a connecting part connected to the tactile output part equipped with a wire in plastic and elastic materials, and a tube wrapping the wire; and a driving part moving at least some part of the connecting part.
Abstract:
A virtual world processing apparatus and a method thereof are disclosed. According to embodiments, an interaction between a real world and a virtual world can be realized by delivering sensed information on the photographed image of the real world to the virtual world by using the characteristics of an image sensor which is information about the characteristics of the image sensor. [Reference numerals] (321) Reception unit; (322) Processing unit; (323) Transmission unit
Abstract:
Disclosed are a surgical tool, a surgical robot having the same and a remote control robot system. By aligning fiber bragg gratings which correspond to multiple detecting parts in below of the multiple detecting parts, the magnitude of the force as well as the distribution of the force of the surgical tool are measured. Accordingly, the surgical robot and the remote control robot system are able to provide more precise control and palpation function.
Abstract:
PURPOSE: A system for dynamically providing haptic feedback and a method thereof are provided to easily extract feature information by using vector quantization algorithm. CONSTITUTION: A sensing part (310) senses operation action from outside. The operation action applies an object to a photographing camera. A determining part (320) determines the kind of the sensed operation action. A reappearance part (330) generates a haptic feedback signal. The reappearance part controls a user interface based on the haptic feedback signal. [Reference numerals] (310) Sensing part; (320) Determining part; (330) Reappearance part; (AA) Camera operation; (BB) Haptic feedback
Abstract:
PURPOSE: A triple-degree of freedom touch delivery device and a method are provided to deliver feedback information for a robot or an object to the fingers or to the skin, thereby increasing the elaboration of the operation of the robot or the object. CONSTITUTION: A moving unit(102) is moved in one or more directions and is touched to the skin. A driving unit(103) moves the moving unit based on an input signal. The driving unit delivers at least one of power, movement, texture, and a surface shape operated for an object to the skin by moving the moving unit with a triple-degree of freedom. The driving unit includes a first driving unit, a second driving unit, and a third driving unit.