Abstract:
In a illumination light communication system, a first illumination device receives data request information including an illumination light location ID of a second illumination device and a terminal ID of a terminal from the terminal having a visible light communication function, and acquires video session information on a video transmitted from the second illumination device by the terminal. Then, the first illumination device finds the video corresponding to the video ID, generates a related video frame on the basis of the video location included in the video session information, and transmits the video frame to the terminal using visible light communication, thereby supporting continuous transmission of video.
Abstract:
Provided is an apparatus for driving a LED lighting. The driving apparatus includes: a power supply unit for converting external AC power into voltage required to drive the LED lighting; a rechargeable battery charged from the power supply unit; and an MCS for receiving LED lighting control information to control the LED lighting and for receiving power from the power supply unit or the researchable battery. A first switch is connected between the AC power and the power supply unit, a second switch is connected between the researchable battery and the MCU, and a third switch is connected between the power supply unit and the MCU. Here, the MCU turns off the first and third switches and turns on the second switch if the LED lighting is turned off to receive power from the rechargeable battery.
Abstract:
Disclosed is a light network control method. The light network control method for operating a light network control device including a control device and a plurality of control gears comprises the following steps: the control device transfers the right of using a light network to a first gear among the control gears; the first gear checks if there is data to be transferred to the control device and transfers the data to the control device using the right of using the light network; and when the data transmission is completed, the first control gear transfers the right of using the light network to another control gear.
Abstract:
PURPOSE: A visible light wireless communication method using inverted signals and a device for the same are provided to be applied to communication between vehicles having high external noises and far communication distances using both lamps of a vehicle as two conductive wires in a differential signal mode. CONSTITUTION: A pulse width modulation (PWM) section determination unit (1320) determines the length of an additional PWM section based on brightness information corresponding to headlight, tail light, and brake light from a bright information providing unit (1390) corresponding to a central control unit of a vehicle. A left signal transmission unit (1330) and a right signal transmission unit (1340) generate a transmission signal which is generated by synthesizing a data signal and a PWM signal based on a received data signal and PWM section length information received from the PWM section determination unit. The generated transmission signal is transmitted from a left LED emitting unit (1360) and a right LED emitting unit (1370) according to a signal from a transmission timing determination unit (1350) in order to prevent a transmission timing error. [Reference numerals] (1310) Inverse data signal generation unit; (1320) PWM section determination unit; (1330) Left signal transmission unit; (1340) Right signal transmission unit; (1350) Transmission timing determination unit; (1360) Left LED emitting unit; (1370) Right LED emitting unit; (1380) Transmission data providing unit; (1390) Bright information providing unit; (AA) Data section length calculation unit; (BB) Data section brightness calculation unit; (CC) PWM section length calculation unit; (DD,FF) Data and PWM signal synthesizing unit; (EE,GG) Data and PWM signal transmission unit
Abstract:
PURPOSE: An illumination correction method and an apparatus using the same are provided to maintain quality of light by automatically compensating a changed amount of LED light according to time and a surrounding environment with respect to a reference value of initial LED light. CONSTITUTION: A lighting unit(13) comprises an RGB LED and a white LED. The white LED includes warm/cool white LEDs. A single illumination LED is formed with the RGB LED and the white LED. The lighting unit comprises a plurality of the illumination LEDs. An illumination sensor detects light emitted from the lighting unit. The illumination sensor is located on a diffusion plate for being corresponded to a direction of the light emitted from the lighting unit. The light emitted from the lighting unit is detected by the illumination sensor. The illumination sensor accurately measures the light using the diffusion plate.
Abstract:
PURPOSE: A device and a method for searching device of Bluetooth applications are provided to transfer the query command to Bluetooth module units in processor units and transmit the query command to circumferential Bluetooth devices, thereby searching Bluetooth devices which high speed service is available through existing low speed device search scheme. CONSTITUTION: An application unit(110) generates a command. A Bluetooth device around a device search unit is searched by the command. A stack unit performs initialize process of the Bluetooth device. The stack unit processes the generated command. The first module unit(140) searches the first Bluetooth devices around the instrument search device. The second module searches the second Bluetooth device around the instrument search device.
Abstract:
A device connection method between different buses in an IEEE 1394 bridge network is provided to connect LDs(Legacy Devices), located on different buses, to each other using a plurality of PTs(Portals), which collect device information on an associated local bus through self-ID packets, and a BA(Bridge-Aware device), which acquires specific device information from the PTs. PT #0 of bridge #1 collects and stores information about LD #2, which exists on bus ID #0 to which PT #0 belongs, through the transmission and reception of self-ID packets. Also PT #3 of bridge #2 collects and stores information about LD #4, which exists on bus ID #2 to which PT #0 belongs, through the transmission and reception of self-ID packets. Afterwards, BA #1 requests PT #0 of bridge #1 and PT #3 of bridge #2 to provide information about LD #2 and information about LD #4 respectively. Based on the provided information, the BA #1 connects LD #2 with LD #4.
Abstract:
A device and a method for searching a protein active site are provided to search the similar active site at low complexity, and offer a convenient interface for selecting the desired active side with the extracted active site or displayed atoms. An active site database(160) stores information for a plurality of reference active site information. A comparator(150) calculates 3D structural similarity between the input active site and the reference active sites according to the number of residues overlapped with each other. A searcher searches the reference active site for the input active site according to the similarity. An active site extractor(130) receives a PDB(Protein Data Bank) file including the active site information and extracts the active site from the PDB file. A display part(120) displays the extracted active site. An active site selector(140) provides the active site selected by the user to the comparator as the input active site.
Abstract:
본 발명은 임의의 두 개 또는 다수의 무선1394 시스템 간에 등시성 데이터 및 비동기 데이터를 전송하기 위하여 필요한 사이클 타임의 동기를 맞추기 위한 무선 1394 시스템의 사이클 타임 동기화 장치 및 그 방법에 관한 것이다. 이와 같은 본 발명은 소정의 클럭 신호에 의해 사이클 타임을 발생시키는 사이클 타임 발생기, 입력되는 비콘에 동기화되어 상기 사이클 타임 발생기로부터의 사이클 타임을 저장하는 사이클 타임 레지스터, 상기 사이클 타임 레지스터의 사이클 타임과 다른 장치에서 발생한 사이클 타임을 저장하기 위한 사이클 타임 임시저장부와, 상기 사이클 타임 레지스터 및 상기 사이클 타임 임시저장부의 사이클 타임의 계산 및 조절에 대한 동작을 관리하는 사이클 타임 관리부와, 상기 사이클 타임 관리부에 의해 사이클 타임을 조정하기 위한 사이클 타임 조절부를 포함하여 구성된다. 고속직렬버스, 사이클 타임, 무선1394, IEEE1394, PAL
Abstract:
본 발명은 단백질 3차원 구조공간상에서 원자 또는 펩티드 결합관계에 의해 각 에지패턴의 분포인 3차원 에지 히스토그램을 생성하고 그 히스토그램의 유사도를 통해 사용자의 질의 단백질과 구조적으로 유사한 단백질들을 검출 제공하는 단백질 구조 비교검색 장치 및 방법에 관한 것이다. 본 발명은 사용자로부터 질의 단백질을 입력받아 단백질 구조 검색서버에 유사 단백질의 검색을 요청하고 그 검색 결과를 출력하는 검색 클라어언트; 각종 단백질들에 대한 3D 에지 히스토그램을 생성하고 이들을 데이터베이스화하는 3D 에지 히스토그램 추출/저장장치; 및 질의 단백질에 대한 3D 에지 히스토그램을 생성한 후 이를 상기 데이터베이스화된 각종 단백질의 3D 에지 히스토그램들과 상호 비교하여 유사도를 산출하고 소정 이상의 유사도를 갖는 단백질들을 검색 제공하는 단백질 구조 검색서버;로 구성된다. 단백질 구조 검색, 결합선 분포, 3차원 에지 히스토그램, 생물정보학, PDB, PCA