Abstract:
Provided is an apparatus for executing a robot task using a robot model definition. A task execution apparatus include: a storage unit to store at least one robot model, at least one robot behavior, and at least one robot task; and a task execution unit to generate at least one execution object from the stored at least one robot model, at least one robot behavior, and at least one robot task, and to execute a task of a robot from a corresponding execution object among the generated at least one execution object in response to an execution command input from a user.
Abstract:
A system and method for providing a conference service using a network service based on user terminal capabilities are provided. In the method, it is determined to perform media conversion required for media transfer corresponding to the capabilities of the user terminal in response to a conference service join request, and a transcoding service location of a network device supporting the media conversion is searched over the Internet. Then, a connection is made to the transcoding service location to perform the media conversion, and the converted media is delivered to the user terminal.
Abstract:
In an operating system having a first controller configured to manage one or more robots included in a first region, and a second controller configured to manage one or more robots included in a second region adjacent to the first region, a method for enabling the second controller to acquire an operation right of N robots (where N is a natural number equal to or greater than 1) operated by the first controller, the method includes: transmitting a control mapping status (CMS) containing an operation right change message to the first controller, upon reception of an operation right request signal from a user of the N robots; and checking a connection status of the N robots, upon reception of the CMS containing the operation right change message from the first controller, and acquiring an operation right by providing CMS acquisition information and control mapping information to the robots included in the second region.
Abstract:
Position values of sections (81, 82 and 83) on output display of a webpage according to the same kind of files are extracted from the output-display (800) of the webpage. A transparent layer (8000) corresponding to the size of the output display of the webpage is generated. An entire output display capture layer (8000′) is generated by capturing the output display of the webpage and uploading it on the transparent layer and with reference to the extracted position values of the sections of the output display, output-display section layers (81′, 82′ and 83′) corresponding to the sizes of the sections of the output-display are generated, and portions (811, 812, and 813) corresponding to the sections of the output-display from the entire output-display capture layer (800) are captured and uploaded on the output-display section layers (81′, 82′ and 83′) so that output-display section capture layers (81″, 82″ and 83″) are generated. Then, movement effect is executed by using the output-display section capture layers (81″, 82″ and 83″) as objects.
Abstract:
Provided is an apparatus for executing a robot task using a robot model definition. A task execution apparatus include: a storage unit to store at least one robot model, at least one robot behavior, and at least one robot task; and a task execution unit to generate at least one execution object from the stored at least one robot model, at least one robot behavior, and at least one robot task, and to execute a task of a robot from a corresponding execution object among the generated at least one execution object in response to an execution command input from a user.
Abstract:
Disclosed is a steering control leading apparatus using a landmark when a car travels. The steering control leading apparatus includes: a coordinate controller that analyzes images obtained by photographing the landmark installed on a road by a photographing apparatus installed in a car to generate current coordinate data and current driving lane data of a car; a lane controller that compares the current driving lane data or the current coordinate data received from targeted coordinate data and a coordinate controller to generate determined result data determining whether the car is normally driven; and a display unit that displays the current coordinate data, and the targeted coordinate data, or the data indicating whether the car is normally driven
Abstract:
An apparatus for generating a ranging code extracts a ranging code in each ranging mode, using a ranging code table storing one period data in bytes of the PN code according to a reference UL PermBase number, and an offset table that stores byte offsets for the start positions of the PN codes of the reference UL PermBase number and the other plurality of UL PermBase numbers and bit offsets in the byte including the start positions, on the basis of the PN code according to the reference UL PermBase number.
Abstract:
A peer-to-peer (P2P) control device receives peer registration requests from a plurality of peers which want to receive contents and registers information regarding the plurality of peers, and receives an application service and contents registration request from at least one contents server providing contents and registers the information regarding the application service and contents. When the P2P control device receives a request for generating an overlay of desired contents from a requesting peer, it generates a P2P overlay, a logical path along which contents are to be transmitted to the requesting peer, by using the registered information regarding the plurality of peers, information regarding a network to which the plurality of peers are connected, and information regarding the application service corresponding to the desired contents, and delivers the connection information to the requesting peer with reference to the P2P overlay.
Abstract:
A robot for generating multiple emotions is provided. The robot includes a sensor unit sensing external environment information, a database unit storing a predetermined list including information on types of behavior the robot is allowed, a user's reaction corresponding to each behavior of the robot, and favorite objects of the robot, a primary emotion generation unit generating an emotion corresponding to characteristics of the sensed information when the sensed information exceeds a predetermined threshold value, and a secondary emotion generation unit generating an emotion corresponding to characteristics of the sensed information based on the information sensed by the sensor unit, the list stored in the database unit, the amount of internal power of the robot, internal information on the robot indicating the existence of an operational error and an elapse of time.
Abstract:
An apparatus for executing a robot application program includes a robot application execution device to which an operating system supporting a dynamic library to execute the robot application program is mounted; a robot device unit having various sensors and effectors; a plug-in storage for storing therein plug-ins forming the dynamic library; and a robot application program storage for storing therein the robot application program. Each plug-in is a dynamically loadable file implementing functions of the robot application program by modules.