Electronics and Telecommunications Research Institute

Soongsil University

Sogang University Research Foundation

Pukyong National University

Diquest Inc.

Kwang Il Lee

Kyeong Deok Moon

Chae Kyu Kim

Jun Hee Park

Dong Hyeuk Park

Jun Soo Park

Byung Ho Chung

Dong-Hwan Park

Yun Kyung Park

Young Wook Lee

Eun Seo Lee

Sok Joon Lee

Young Tack Park

Hyeok Chan Kwon

Kyoung Ju Noh

Ki Ryong Kwon

Moon Sub Song

Kyung Sun Kim

Do Young Chung

Yong Seok Jeong

Jong Ho Nang

Duck Ki Ahn

Gae Il An

Provided are a system and method for automatically recreating personal media through fusion of multimodal features. The system includes a multimodal fusion analyzer configured to analyze semantics of personal media having various forms based on a plurality of modalities and divide the personal media into media fragments which are the smallest units having semantics, a semantic-based intelligent retriever configured to store and retrieve the divided media fragments by considering the semantics, a personal media recommender configured to learn and analyze a profile of a user through modeling the user, and select and recommend a plurality of media fragments wanted by the user among the media fragments retrieved by the semantic-based intelligent retriever, and a personal media creator configured to create new personal media using the plurality of media fragments recommended by the personal media recommender according to a scenario input by the user.

System and method for automatically recreating personal media through fusion of multimodal features

A vessel location validation method and apparatus are provided. The vessel location validation method includes receiving a wireless signal from a vessel, acquiring location information of the vessel from the received wireless signal, and determining whether the acquired location information is valid based on the acquired location information and a signal strength of the received wireless signal.

Method and apparatus for validating location of vessel

Provided is a ship information conversion method. The ship information conversion method includes receiving an international electrotechnical commission (IEC) 61162-based sentence prescribed by IEC, analyzing an address field and a data field of the IEC 61162-based sentence, extracting an information type object, an attribute type, a data type object, and an enumerated data type object from the IEC 61162-based sentence by using a result of the analysis, and converting the IEC 61162-based sentence into a common maritime data structure (CMDS) which includes the extracted information type object, attribute type, data type object, and enumerated data type object.

Method and device for converting ship information

Disclosed are methods and apparatuses for initially configuring a wireless device using a wireless gateway in an Internet environment. A method of initially configuring a wireless device using a wireless gateway in an Internet environment may include receiving pairing information by a smart device from the wireless gateway, and completing pairing with a target device, the pairing information including information on the target device emitting a pairing signal to the wireless gateway.

Method and apparatus for initially configuring wireless devices by using wireless gateway in internet environment

Provided is a bridge system of a high-speed PLC network and Ethernet. The bridge system includes a QoS control unit for controlling a QoS process of an entire bridge system; a flow managing unit for storing and managing connection information on a flow, QoS information required by each flow, and information required for executing a bridge function; a bridge QoS processing unit for allocating and managing internal resources of the bridge system and providing the QoS by controlling the QoS control unit and making reference to information stored in the flow managing; a PLC QoS processing unit for managing the QoS of the PLC network by control of the QoS control unit; and an Ethernet QoS processing unit for managing a link state of the Ethernet and providing the link state to the QoS control unit.

High speed PLC network-ethernet bridge system supporting QoS

A bridge for heterogeneous QoS networks is provided. The bridge comprises an UPnP QoS processing unit, a bridge function unit and at least two of network drive drivers. The UPnP QoS processing unit collects connection information connected through the networks and QoS requirement information thereof through an UPnP QoS structure. The bridge function unit establishes and releases connection by allocating resources based on the collected connection information and QoS requirement information, and performs a bridging operation according to connection information of a received frame. At least two of network device drivers are physically connected to the networks.

Bridge for heterogeneous QoS networks

Growing community of inventors

Daejeon, South Korea

Kwang Il Lee