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    • 72. 发明授权
    • 광 시분할 다중화 용 전광 신호 재생장치
    • 用于恢复失真光信号的光时域多光信号全光信号恢复装置
    • KR100487235B1
    • 2005-05-03
    • KR1020020073410
    • 2002-11-25
    • 삼성전자주식회사
    • 이기철오윤제
    • H04J3/00
    • 광 시분할 다중화 용 전광 신호 재생장치가 개시된다. 광 시분할 다중화 용 전광 3R 신호 재생장치는, 입력되는 OTDM 광신호를 제1OTDM광신호 및 제2OTDM광신호로 분파하는 광커플러, 제1OTDM광신호를 기초로 광 클럭신호를 재생하는 광클럭재생부, 제2OTDM광신호를 기초로 입력된 신호에 대해 위상변화를 위한 설정된 게인 다이나믹을 조절하고 게인 다이나믹에 따라 재생된 광클럭신호에 대해 위상변화를 수행하여 소정 레벨을 갖는 펄스파의 스위칭 윈도우를 형성하는 마흐-젠더 간섭계, 및 스위칭 윈도우 및 광 클럭신호를 비교하여 스위칭 윈도우의 레벨이 "0"이 아닌 부분에 대응하는 광 클럭신호를 출력하는 광서큘레이터를 갖는다. 시간지터(J), 펄스간 진폭왜곡(K), 및 펄스 폭 왜곡(L) 등을 갖는 광 시분할 다중화 광신호에 대해 일정한 펄스 폭, 진폭, 및 펄스간 간격을 갖는 광 시분할 다중 광신호를 재생할 수 있다.
    • 73. 发明授权
    • 재구성 가능한 광 추가/분기 다중화기
    • 재구성가능한광추가/분기다중화기
    • KR100469731B1
    • 2005-02-02
    • KR1020030025138
    • 2003-04-21
    • 삼성전자주식회사
    • 이학필이종훈박세강이기철김종권도상현김영석
    • G02B6/293
    • PURPOSE: A reconfigurable optical add/drop multiplexer is provided to perform an optical add/drop multiplexing function by integrating an optical waveguide method and a MEMS method. CONSTITUTION: A reconfigurable optical add/drop multiplexer includes a first waveguide, a second waveguide, an optical resonator, and a switching unit. The first and the second waveguides(110,120) includes input ports and output ports and are parallel to each other. The optical resonator(100') is installed between the first and the second waveguides in order to filter a particular resonant wavelength by performing a lateral coupling process. The switching unit controls a horizontal tilt angle in order to turn on or off the lateral coupling process among the first and the second waveguides and the optical resonator.
    • 目的:提供可重新配置的光分插复用器,通过集成光波导方法和MEMS方法来执行光分插复用功能。 构成:可重新配置的光分插复用器包括第一波导,第二波导,光谐振器和切换单元。 第一和第二波导(110,120)包括输入端口和输出端口并且彼此平行。 光学谐振腔(100')安装在第一和第二波导管之间,以通过执行横向耦合过程来过滤特定的谐振波长。 切换单元控制水平倾斜角度以打开或关闭第一和第二波导以及光学谐振器之间的横向耦合过程。
    • 74. 发明公开
    • 파장 분할 다중화 시스템 실험용 다파장 광원
    • 用于测试波长分段多路复用系统的多波长光源,特别是包括光纤光栅
    • KR1020040085544A
    • 2004-10-08
    • KR1020030020254
    • 2003-03-31
    • 삼성전자주식회사
    • 이종훈박세강도상현김종권이기철이학필
    • G02B27/10
    • PURPOSE: A multi-wavelength light source for testing a wavelength division multiplexing system is provided to supply a large number of channels as well as to save the manufacturing cost. CONSTITUTION: A multi-wavelength light source for testing a wavelength division multiplexing system includes a semiconductor optical amplifier(120), an optical fiber grating(130) and an optical circulator(140). The semiconductor optical amplifier(120) outputs a light having a broad wavelength band. The optical fiber grating(130) divides the light outputted from the semiconductor optical amplifier(120) into a plurality of channels. And, the optical circulator(140) is located between the semiconductor optical amplifier(120) and the optical fiber grating(130) to output the light outputted from the semiconductor optical amplifier(120) to the optical fiber grating(130), and it outputs each channel outputted from the optical fiber grating(130) to outside through the output terminal of the multi-wavelength light source.
    • 目的:提供用于测试波分复用系统的多波长光源,以提供大量信道,并节省制造成本。 构成:用于测试波分复用系统的多波长光源包括半导体光放大器(120),光纤光栅(130)和光循环器(140)。 半导体光放大器(120)输出具有宽波长带的光。 光纤光栅(130)将从半导体光放大器(120)输出的光分成多个通道。 并且,光循环器(140)位于半导体光放大器(120)与光纤光栅(130)之间,将从半导体光放大器(120)输出的光输出到光纤光栅(130) 通过多波长光源的输出端将从光纤光栅(130)输出的每个通道输出到外部。
    • 75. 发明公开
    • 파장분할다중방식 자기치유 환형 광통신망
    • WDM自治式光通信网络
    • KR1020040070975A
    • 2004-08-11
    • KR1020030007222
    • 2003-02-05
    • 삼성전자주식회사
    • 김종권오윤제이기철
    • H04B10/03H04B10/275H04B10/2581
    • H04J14/0295H04J14/0212H04J14/0216H04J14/0283H04J14/0291H04Q11/0062H04Q2011/0016H04Q2011/0024H04Q2011/0035H04Q2011/0081H04Q2011/0094
    • PURPOSE: A self-healing annular optical communication network of WDM(Wavelength Division Multiplexing) is provided to effectively operate a network by reducing the number of optical fiber links to half by using a circulator. CONSTITUTION: Each node of an annular optical communication network(6) includes an optical branch couplers(310a,340a) having a demultiplexer and a multiplexer each with 1xN capacity. A pair of switching units(210a,280a) are connected with an optical fiber line for protectively switching. Each node also includes a pair of circulators(410a,480a) connected between the optical branch couplers(310a,340a) and the pair switching units(210a,280a). Two ports of the circulators(410a,480a) are connected to the optical switching units(210a,280a) and one port thereof is connected to the optical branch couplers(310a,340a). In this case, a signal inputted to the first port is outputted to the second port, and a signal inputted to the second port is outputted to the third port. The optical switching units(210a,280a) switch an optical signal by discriminating a case where an optical fiber link is normal with respect to two output terminals respectively connected to the two ports of the circulators(410a,480a) and a case where the optical fiber link has an error.
    • 目的:提供WDM(波分复用)​​自愈式环形光通信网络,通过使用循环器将光纤链路数量减少到一半,有效地操作网络。 构成:环形光通信网络(6)的每个节点包括具有解复用器和多路复用器的光分支耦合器(310a,340a),每个具有1xN容量。 一对开关单元(210a,280a)与用于保护性切换的光纤线路连接。 每个节点还包括连接在光分支耦合器(310a,340a)和成对开关单元(210a,280a)之间的一对循环器(410a,480a)。 循环器(410a,480a)的两个端口连接到光开关单元(210a,280a),并且其一个端口连接到光分支耦合器(310a,340a)。 在这种情况下,输入到第一端口的信号被输出到第二端口,并且输入到第二端口的信号被输出到第三端口。 光开关单元(210a,280a)通过鉴别光纤链路相对于分别连接到循环器(410a,480a)的两个端口的两个输出端子是正常的情况来判别光信号,以及光学开关单元 光纤链路有一个错误。
    • 76. 发明公开
    • 광 시분할 다중화 용 전광 신호 재생장치
    • OTDM光信号再生设备
    • KR1020040045587A
    • 2004-06-02
    • KR1020020073410
    • 2002-11-25
    • 삼성전자주식회사
    • 이기철오윤제
    • H04J3/00
    • H04J14/083H04J14/0202H04J14/0223H04Q11/0005
    • PURPOSE: An optical signal regeneration apparatus for OTDM(Optical Time Division Multiplexing) is provided to obtain a data transmission speed of 100 or more Gb/s by overcoming a limit of a signal processing speed of a 3R signal regeneration unit. CONSTITUTION: An optical signal regeneration apparatus for OTDM includes a photo coupler, an optical clock regeneration unit, a Mach-Zehnder interferometer, and an optical circulator. The photo coupler(100) is used for dividing an OTDM signal into a first OTDM signal and a second OTDM signal. The optical clock regeneration unit(200) regenerates an optical clock signal by using the first OTDM signal. The Mach-Zehnder interferometer(300) is used for controlling the gain dynamics to shift a phase of an input signal and forming a switching window of a pulse wave of a predetermined level by using the second OTDM signal. The optical circulator(400) is used for a switching window to the optical clock signal and outputting the optical clock signal corresponding to the level of the switching window except for zero.
    • 目的:提供用于OTDM(光时分多路复用)的光信号再生装置,通过克服3R信号再生单元的信号处理速度的极限来获得100Gb / s以上的数据传输速度。 构成:用于OTDM的光信号再生装置包括光耦合器,光时钟再生单元,马赫 - 曾德干涉仪和光循环器。 光耦合器(100)用于将OTDM信号分割为第一OTDM信号和第二OTDM信号。 光时钟再生单元(200)通过使用第一OTDM信号来再生光时钟信号。 马赫曾德尔干涉仪(300)用于控制增益动力学,以通过使用第二OTDM信号来移位输入信号的相位并形成预定电平的脉冲波的开关窗口。 光环行器(400)用于光时钟信号的切换窗口,并输出对应于除了零之外的切换窗口的电平的光时钟信号。
    • 77. 发明公开
    • 버스트 통신을 위한 다중 링형 광 네트워크
    • 用于冲击通信的多环型光网络
    • KR1020040034772A
    • 2004-04-29
    • KR1020020062819
    • 2002-10-15
    • 삼성전자주식회사
    • 도상현박세강이기철오윤제강병창
    • H04L12/44
    • H04Q11/0066H04Q2011/0016H04Q2011/0064H04Q2011/0084H04Q2011/0092
    • PURPOSE: A multi ring type optical network for burst communication is provided, which is appropriate for large capacity data transmission having a bursty characteristics and has a good technical and economical feasibility. CONSTITUTION: According to the multi ring type optical network including ring type optical networks comprising a number of optical add/drop routers and a core optical router supporting communication between ring type optical networks, a frame transmitted on the multi ring type optical network is constituted with burst data comprising a number of packet data and header data indicating a destination of the burst data. The core optical router includes a demultiplexer block(110) demultiplexing an optical signal received from each ring type optical network and thus outputting it to channels having different wavelength, and a branch block(130) branching each channel. And a switching block(120) switches each channel to a path connected to its destination according to a control signal. A contention resolution block(140) arranges channels being output from the switching block in a time sequence. A wavelength division multiplexing block(150) collects the channels per destination and outputs a multiplexed optical signal. And a control block outputs the control signal to the switching part and the crash adjustment part.
    • 目的:提供一种用于突发通信的多环型光网络,适用于具有突发特性的大容量数据传输,具有良好的技术和经济可行性。 构成:根据包括多个光分插路由器的环型光网络和支持环型光网络之间的通信的核心光路由器的多环型光网络,在多环型光网络上发送的帧由 突发数据包括多个分组数据和指示突发数据的目的地的报头数据。 核心光路由器包括:解复用器块(110),对从每个环型光网络接收到的光信号进行解复用,从而将其输出到具有不同波长的信道,以及分支每个信道的分支块(130)。 并且切换块(120)根据控制信号将每个通道切换到连接到其目的地的路径。 竞争解决块(140)以时间顺序排列从切换块输出的频道。 波分复用块(150)收集每个目的地的信道并输出复用的光信号。 并且控制块将控制信号输出到切换部分和碰撞调节部分。
    • 80. 发明公开
    • 맵 데이터 송수신 장치 및 방법
    • 用于发送和接收地图数据的装置和方法
    • KR1020110093258A
    • 2011-08-18
    • KR1020100013182
    • 2010-02-12
    • 삼성전자주식회사
    • 노그테프이고르안정환안민수이기철이재복
    • G01C21/32G01C21/00G09B29/00G09G5/36
    • G01C21/32
    • PURPOSE: An apparatus and a method for transmission and reception of map data are provided to improve the transmission speed of map data from a map data transmitter to a map data receiver by reducing the size of map data. CONSTITUTION: An apparatus for transmission and reception of map data comprises a memory(110), an encoder(130), a map data generating part(140), an index table generating part(150), and a transmission part(160). The memory stores raw map data. The encoder encodes the raw map data to create compressed map data. The map data generating part selects one of the raw map data and the compressed map data, which has a smaller size, and stores the selected one in the memory. The index table generating part creates an index table including information about the compression of map data. The transmission part transmits the map data and the index table.
    • 目的:提供用于发送和接收地图数据的装置和方法,通过减小地图数据的大小来提高地图数据从地图数据发送器到地图数据接收机的传输速度。 构成:用于发送和接收地图数据的装置包括存储器(110),编码器(130),地图数据生成部分(140),索引表生成部分(150)和传输部分(160)。 内存存储原始地图数据。 编码器对原始地图数据进行编码,以创建压缩地图数据。 地图数据生成部选择具有较小尺寸的原始地图数据和压缩地图数据之一,并将所选择的地图数据和压缩地图数据存储在存储器中。 索引表生成部分创建包括关于地图数据的压缩的信息的索引表。 发送部分发送地图数据和索引表。