Abstract: The present disclosure relates to a cosmetic composition having an ultraviolet (UV) blocking function and cosmetics including the cosmetic composition impregnated in a water insoluble sponge, and solves the adsorption problem of the UV blocking agent to the water insoluble sponge, thereby providing an effect on full production of an expected UV blocking effect (sun protection factor/grade) from the UV blocking agent included in the cosmetic composition.

Abstract: Provided herein is a harmful material prediction system including a harmful material feature collecting unit configured to collect harmful material features of food; a preprocessing unit configured to preprocess the harmful material features collected and generate harmful material information of an analyzable format; and a Hadoop-based dispersed cluster configured to generate a similarity group where similarity base points are grouped based on a correlation per variable included in the harmful material information, thereby predicting in real time the harmful materials over the overall phases of distribution.

Abstract: The present invention relates to a cosmetic vessel including a discharge unit discharging cosmetics to an outside, and a discharge plate provided at one side of the discharge unit from which the cosmetics are discharged, including at least one discharge hole, and formed of a metal of SUS 300 series.

Abstract: Disclosed are a biological sample analysis system and method for determining whether or not each of a plurality of biological samples has a test-target property using the plurality of biological samples and a plurality of pools generated by pooling samples. The system includes a determiner configured to determine whether or not there is a possibility of a determination of a false positive according to test values for the test-target property of the plurality of pools, an additional sample selector configured to select a minimum number of additional test-target samples on which an individual test of whether or not a sample has the test-target property will be carried out from among the plurality of samples when it is determined that there is the possibility of a determination of a false positive, and a test result determiner configured to determine whether or not each of the plurality of samples has the test-target property according to test results of the additional test-target samples.

Abstract: An apparatus for controlling power of sensor nodes based on estimation of power acquisition, includes: a self power acquisition unit acquiring self power; an internal sensing unit sensing power acquired from the self power acquisition unit and consumed power; a power cut-off unit cutting-off power for each component of the sensor nodes; and a microprocessor receiving information of acquired power and consumed power from the internal sensing unit to analyze a supply and demand of power, estimating the acquired power using annual meteorological statistics data and recent weather forecast data, controlling power for each component of the sensor nodes through the power cut-off unit according to the estimation of the acquired power, and controlling a sensing period and a communication period of the sensor nodes.

Abstract: A resource sharing apparatus which allows a first terminal and a second terminal to share a resource includes a virtual node generating unit which generates a virtual node corresponding to the second terminal in a storing space in the first terminal, and a sharing control unit which transmits sharing data to the second terminal through the virtual node, if information on at least one resource which is permitted to be shared with the second terminal, among the resources of the first terminal, is generated, deleted, or changed.

Abstract: An IP handoff process method and Internet service system are provided. In the IP handoff process method, a registration request message for multiple IP handoff is received from a mobile station having a plurality of Internet protocol (IP) addresses through a currently-moving mobile agent of the mobile station. Then, the registration request for multiple IP handoff is processed according to information included in the received registration request message. A reply message thereof is transmitted according to the result of updating the information to the mobile station through the currently-moving mobile agent. Then, the received registration request message is transmitted to a previous mobile agent of the mobile station before moving and a home agent of the mobile station as it is.

Abstract: Provided are a mobile network system capable of processing a high-speed handoff by dividing into a data packet path between mobile nodes and a handoff packet path of the mobile node, and a method for processing IP handoff thereof. The system includes a MAP broadcasting a handoff registration request and reply between a foreign agent and a home agent, and an additional handoff signal path between the MAP and a mobile agent operating as a foreign agent and a home agent by means of a HAAP and VPN technology to be physically distinguishable from a data path. Therefore, limitation in a head of line can be resolved and the IP handoff can be promptly provided.

Abstract: There is provided a method of processing Internet Protocol (IP) handoff of a mobile node in a network system, in which the IP handoff is processed distinguishing a signal packet path for the IP handoff from a data packet path the method including receiving a registration request message when the mobile node moves to an arbitrary mobile agent, the message received from the mobile node via the mobile agent to which the mobile node moves; transmitting the received registration request message to a mobile agent where the mobile node is previously located, without change, according to whether an entry with respect to the mobile node exists in preset visitor list; and transmitting a registration reply message with respect to the registration request message to the mobile agent without change.

Abstract: An apparatus for controlling power of sensor nodes based on estimation of power acquisition, includes: a self power acquisition unit acquiring self power; an internal sensing unit sensing power acquired from the self power acquisition unit and consumed power; a power cut-off unit cutting-off power for each component of the sensor nodes; and a microprocessor receiving information of acquired power and consumed power from the internal sensing unit to analyze a supply and demand of power, estimating the acquired power using annual meteorological statistics data and recent weather forecast data, controlling power for each component of the sensor nodes through the power cut-off unit according to the estimation of the acquired power, and controlling a sensing period and a communication period of the sensor nodes.

Abstract: Various technologies and techniques are disclosed for improving configuration of database audits. Multiple audits can be created for a database. Any one of the audits can be turned off without impacting an operation of any remaining audits. Database audits can be ported from one database server instance to another. Database audit metadata is stored in a database separately from a database server instance to which the database is attached. The database can be detached from the database server instance and attached to a second database server instance, with the database audit metadata moving along with the database automatically. Any audits associated with the database audit metadata are automatically activated for the second database server instance. Database audits can be configured using a hierarchical model.

Abstract: Provided are an integrated switch and a switching method for simultaneously processing IP data and voice signals using silent periods during communication. The integrated switch provides a function of transmitting data packets using the silent periods during the communication of an existing switch subscriber, so that an existing frequency band and apparatus can be used without use of a separate frequency band and a separate apparatus for data transmission such as an existing asymmetric digital subscriber line (ADSL). In addition, efficiency of an existing switch can be increased without use of an apparatus for collecting and processing data provided in front of subscriber line cards.

Abstract: There is provided a method of processing Internet Protocol (IP) handoff of a mobile node in a network system, in which the IP handoff is processed distinguishing a signal packet path for the IP handoff from a data packet path the method including receiving a registration request message when the mobile node moves to an arbitrary mobile agent, the message received from the mobile node via the mobile agent to which the mobile node moves; transmitting the received registration request message to a mobile agent where the mobile node is previously located, without change, according to whether an entry with respect to the mobile node exists in preset visitor list; and transmitting a registration reply message with respect to the registration request message to the mobile agent without change.

Abstract: Provided is a method for providing Internet protocol (IP) handoff of a mobile node (MN) under a multiple mobile agent platform (MAP) environment. In the method, a registration request message for an IP handoff is received from an MN in a network including a plurality of MAPs, and information about the MN is shared with an MAP managing an area in which the MN is located before through a signal packet path. The signal packet path is established separately from a data packet path for transmitting signal packets associated with IP handoff. An IP handoff for the MN is provided based on the shared information. Therefore, a rapid IP handoff is possible since the two MAPs share information about the MN with each other.

Abstract: An IP handoff process method and Internet service system are provided. In the IP handoff process method, a registration request message for multiple IP handoff is received from a mobile station having a plurality of Internet protocol (IP) addresses through a currently-moving mobile agent of the mobile station. Then, the registration request for multiple IP handoff is processed according to information included in the received registration request message. A reply message thereof is transmitted according to the result of updating the information to the mobile station through the currently-moving mobile agent. Then, the received registration request message is transmitted to a previous mobile agent of the mobile station before moving and a home agent of the mobile station as it is.

Abstract: Provided are a mobile network system capable of processing a high-speed handoff by dividing into a data packet path between mobile nodes and a handoff packet path of the mobile node, and a method for processing IP handoff thereof. The system includes a MAP broadcasting a handoff registration request and reply between a foreign agent and a home agent, and an additional handoff signal path between the MAP and a mobile agent operating as a foreign agent and a home agent by means of a HAAP and VPN technology to be physically distinguishable from a data path. Therefore, limitation in a head of line can be resolved and the IP handoff can be promptly provided.

Abstract: Various technologies and techniques are disclosed for improving configuration of database audits. Multiple audits can be created for a database. Any one of the audits can be turned off without impacting an operation of any remaining audits. Database audits can be ported from one database server instance to another. Database audit metadata is stored in a database separately from a database server instance to which the database is attached. The database can be detached from the database server instance and attached to a second database server instance, with the database audit metadata moving along with the database automatically. Any audits associated with the database audit metadata are automatically activated for the second database server instance. Database audits can be configured using a hierarchical model.

Abstract: Provided are an integrated switch and a switching method for simultaneously processing IP data and voice signals using silent periods during communication. The integrated switch provides a function of transmitting data packets using the silent periods during the communication of an existing switch subscriber, so that an existing frequency band and apparatus can be used without use of a separate frequency band and a separate apparatus for data transmission such as an existing asymmetric digital subscriber line (ADSL). In addition, efficiency of an existing switch can be increased without use of an apparatus for collecting and processing data provided in front of subscriber line cards.

Abstract: Disclosed herein is a 10-gigabit Ethernet line interface apparatus and method of controlling the same. The apparatus has N network processors, a frame multiplexing and demultiplexing block, a 10-gigabit extender sublayer processing block, a 10-gigabit Ethernet physical layer processing block, a 10-gigabit physical layer control logic, a line interface control logic, and a line processor. The N network processors are connected to the switch fabric unit. The frame multiplexing and demultiplexing block provides GMII and XGMII between the N network processors and a 10-gigabit extender sublayer processing block. The present invention can improve transmission speed and packet processing performance of a physical layer to a 10 Gbps level while maintaining basic frame standards of a 1-gigabit Ethernet switch apparatus.

Abstract: An apparatus, a method and a storage medium for carrying out a deskew among multiple lanes for use in a division transmission of large-capacity data.