Abstract: Disclosed herein are an apparatus and method for inputting coordinates using eye tracking. The apparatus includes a pupil tracking unit, a display tracking unit, and a spatial coordinate conversion unit. The pupil tracking unit tracks the movement of a user's pupil based on a first image photographed by a first camera. The display tracking unit tracks the region of a display device located in a second image photographed by a second camera. The spatial coordinate conversion unit maps the tracked movement of the pupil to the region of the display device in the second image, and then converts location information, acquired based on the mapped movement of the pupil, into spatial coordinates corresponding to the region of the display device in the second image.

Abstract: In the present invention, an information terminal with a high-performance graphic and a processor accesses the server providing a predetermined service of a predetermined institution through a wired/wireless communication network to provide a service to virtually experience the predetermined service in advance in the virtual reality and additional information associated with the predetermined service is provided through the augmented reality in real time to allow the user to conveniently use a predetermined complicated service provided from the predetermined institution.

Abstract: A self-morphable haptic and visual information providing apparatus includes: a display unit configured to provide haptic information through a physical shape variation of a display screen; and a haptic element driving unit configured to generate a driving signal for providing the haptic information.

Abstract: An apparatus for operating a server using a virtualization technique includes: a system managing unit for registering a virtual server performing a service, assigning and cancelling physical hardware resources in response to a command of a manager, and managing resource assigning policies to be applied depending on services; and a virtual resource managing unit for managing information on physical hardware and a virtual operating system. The apparatus further includes a virtual server managing unit for executing the virtual operating system using physical hardware resources, assigning a virtual server processing a service to the virtual operating system, and executing the virtual server to monitor resource assignment to the operated virtual server, when a designated service is requested over a network.

Abstract: Provided are a client computing terminal including: a client user setting unit receiving connection setting information of a host computing terminal to be communicated and file system conversion setting information for converting a predetermined file system into a USB file system from a user, and storing the corresponding information; a USB/IP communication unit setting communication connection with the host computing terminal by using the connection setting information, generating a USB request block (URB) packet, transmitting the URB packet to the host computing terminal, and receiving and analyzing the URB packet from the host computing terminal; and a USB converting unit converting the predetermined file system into the USB storage by using the file system conversion setting information.

Abstract: Disclosed herein are a device and method for displaying 3D images. The device includes an image processing unit for calculating the location of a user relative to a reference point and outputting a 3D image which is obtained by performing image processing on 3D content sent by a server based on the calculated location of the user, the image processing corresponding to a viewpoint of the user, and a display unit for displaying the 3D image output by the image processing unit to the user. The method includes calculating the location of a user relative to a reference point, performing image processing on 3D content sent by a server from a viewpoint of the user based on the calculated location of the user, and outputting a 3D image which is obtained by the image processing, and displaying the 3D image output by the image processing unit to the user.

Abstract: Disclosed is an interface system including: a mobile terminal having a gesture recognition function that includes a camera capable of exchanging a filter and a controller analyzing image information provided from the camera to recognize a user's gesture and outputting a control signal corresponding to the recognized gesture; and a secondary apparatus that communicates with the mobile terminal in a short-range wireless communication method. In the interface system, the mobile terminal recognizing the user's gesture transmits the corresponding control signal to the secondary apparatus in the short-range wireless communication method so as to control the secondary apparatus.

Abstract: The present invention relates to an apparatus and method for allocating and releasing an imaging device in a virtualization system. An image processing management module in the virtualization system, in response to an allocation command or a release command from the device management module, generates or removes an image processing module corresponding to the imaging device, and, upon generating the image processing module, transmits connection information on the image processing module to the imaging device so that image data from the virtual machine is transmitted and received between the imaging device and the image processing module. According to the present invention, it can be possible to establish a computing environment appropriate for an environment using various imaging devices in a ubiquitous environment by constituting a virtualization computing environment that allows a user to dynamically select an imaging device in a server where a plurality of imaging devices have been registered.

Abstract: There is a master server according to an embodiment of the present invention that includes: a remote USB information manager receiving information on a USB device connected to a remote USB bridge from the remote USB bridge and managing the received information; a virtual machine information manager receiving information of a user's virtual machine from a virtual machine host server and managing the received information; a user request processor, in accordance with a request of a user who wants to access a predetermined USB device on the remote USB bridge, extracting information on the corresponding USB device from the remote USB information manager and extracting the information on the user's virtual machine from the virtual machine information manager; and a remote USB connection controller connecting the user's virtual machine to the predetermined USB device by using the information extracted by the user request processor.

Abstract: Disclosed is a system for managing a virtualization solution capable of controlling various kinds of virtualization solutions provided in Xen, Citrix, Vmware, etc., and easily allocating and releasing user management devices and user peripheral devices using virtualization solutions to a user's virtual machine by providing a standardized virtualization solution management system and a management server and a method for managing the same.

Abstract: Provides is a motion based pointing apparatus including a pointing unit that includes an operating sensor sensing a motion of a user and a haptic output unit providing haptic feedback to the user; and a terminal unit that operates pointers displayed on a screen from the motion of the user sensed by the pointing unit and outputs haptic information corresponding to a change in the screen due to the motion of the pointer and the operation of the pointer to the pointing unit, wherein the pointing unit outputs haptic operation according to the haptic information output from the terminal unit.

Abstract: Provided is an apparatus for automatically installing/uninstalling peripheral devices, and a system and method for automatically detecting peripheral devices using the same. The system includes a plurality of peripheral devices for periodically transmitting each of peripheral device information for auto-detection within a predetermined network region; a peripheral installation information providing device for providing data and information required for installing each peripheral device; and a peripheral device installing/managing apparatus for determining whether the peripheral device is installed based on the peripheral device information periodically transmitted from one peripheral device within a predetermined network region, receiving data and information required for installing the peripheral device from the peripheral installation information providing device through a network, and automatically installing and managing the peripheral device.

Abstract: A method for connecting personalized devices through a wireless link, a personalized device, and a wireless connection system using the same are provided. In the method, wireless connection information of a plurality of coordinator devices connected to a personalized device through a wireless link up to now is stored and a priority of the coordinator device is decided using the stored connection information. Then, a channel is set to receive connection information, and connection information is received from a coordinator device through the set channel. If the coordinator device transmitting the connection information is the coordinator to connect, the coordinator device is connected. If not, a coordinator device having the next highest priority is decided.

Abstract: A timer control device controlling at least one timer-controlled device having a timer built therein via a network, the time control device including: a timer setting unit setting an operating time and an operating method of the timer built in the at least one timer-controlled device; a timer absolute time provider providing a standard time of an area in which the timer control device is located; a control message generator generating a control message by combining the operating time and operating method of the timer of the timer setting unit with the standard time of the timer absolute time provider; and a control message transmitter transmitting the control message generated by the control message generator to the at least one timer-controlled device.

Abstract: Disclosed are a wearable mobile phone capable of detecting EMG changed by hand motion of a user and a control method of an input unit of the wearable mobile phone. The wearable mobile phone includes an EMG measuring unit 10 having a plurality of EMG measuring sensors 11 for detecting the EMG changed by hand motion of a user, and made in a ring shape to be worn on a wrist of the user, an EMG transferring unit 20 connected to the EMG measuring unit 10 for transferring the EMG measured by the EMG measuring unit, an EMG determining unit 30 mounted to one side of the EMG transferring unit 20 for receiving EMG from the EMG transferring unit to determine the hand motion and extract an input signal for the mobile phone corresponding to the hand motion, and a mobile phone functioning unit 40 receiving the input signal from the EMG determining unit for functioning the mobile function and having an antenna and a sound transferring device.

Abstract: A biological signal measuring apparatus includes a first biological signal measuring sensor attached to an earphone used for a mobile phone; and a biological signal receiver for receiving a biological signal from the first biological signal measuring sensor to thereby generate first raw data. The apparatus may further include a second biological signal measuring sensor attached to one of the mobile phone and an adaptor connected to the mobile phone, wherein the biological signal receiver receives a biological signal from the second biological signal measuring sensor to thereby generate second raw data. The apparatus is provided with a controller for detecting whether the mobile phone is used, wherein the controller drives the first and the second biological signal measuring sensor to measure the biological signal when the mobile phone is being used, and stops measuring the biological signals when the use of the mobile phone is finished.

Abstract: A health care system using a mobile phone includes the mobile phone which has sensors attached thereto, stores a biological signal measured by the sensors, and transmits the stored biological signal during a phone call; and a health care server which receives the biological signals from the mobile phone, analyzes the received biological signal to extract a characteristic value, generates health condition information of a user based on the extracted characteristic value, and transmits the generated information to the mobile phone. Further, a health care method using a mobile phone includes determining whether a physical body comes into contact with the sensors; measuring the biological signal with the sensors when the physical body comes into contact with the sensors; extracting a characteristic value from the biological signal; transmitting the characteristic value to the server; and generating the health condition information to transmit it to the mobile phone.

Abstract: A multimedia service apparatus and method for multimedia service providers outside home to UPnP devices inside home using a home gateway and a service gateway platform is provided. In the multimedia service apparatus and method, the home gateway and the service gateway platform such as an open service gateway initiative (OSGi) service platform are used inside a home so that the multimedia service providers outside home can provide a multimedia content on a home network to a universal plug and play (UPnP) audio/video (AV) MediaRenderer following a UPnP AV structure based on UPnP, to reproduce or store the multimedia content in a UPnP AV MediaServer. The multimedia service apparatus includes: a UPnP AV (audio/video) device connected to a home network by the multimedia service provider of an external network; and a gateway device providing a multimedia service to the UPnP AV device using the service gateway platform.

Abstract: The present invention relates to technology for realizing collaboration between bio-signal measurement devices used for personal health care. In a method of realizing collaboration between bio-signal measurement devices, connection to a plurality of bio-signal measurement devices for measuring bio-signals from a user is made, and a plurality of pieces of bio-signal data is received from the bio-signal measurement devices. First features are calculated from respective pieces of bio-signal data. Data required for calculation of second features is selectively received from the calculated first features, second features are calculated. The calculated first and second features are normalized, and the normalized first and second features are transmitted to at least one application program.

Abstract: Disclosed herein is a bio-signal measurement system for measuring bio-signals and providing relevant health care service. The bio-signal measurement system includes a bio-signal measurement device and a portable terminal device. The bio-signal measurement device is formed in a necklace shape, and is configured to measure various bio-signals, perform signal processing on the measured bio-signals, and send the processed bio-signals through a short-range wireless communication module. The portable terminal device is configured to perform signal processing on the sent bio-signals, store the processed bio-signals, calculate relevant bio-indexes, provide a monitoring service related to the bio-signals, compare the calculated bio-indexes with previously stored bio-indexes, and selectively provide a relevant health care information service.