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    • 3. 发明公开
    • 4단자 파장선택 광경로 설정기 및 그를 이용한 양방향 애드/드롭 장치
    • 4港口波长选择路由器
    • KR1020020014020A
    • 2002-02-25
    • KR1020000046825
    • 2000-08-12
    • 한국과학기술원
    • 이창희김현덕오태원신정훈조윤희
    • G02B6/28
    • G02B6/29361G02B6/2746G02B6/29383G02B6/29386G02B6/34H04B10/2504H04J14/0206H04J14/0208H04J14/0212H04J14/0213H04Q11/0005H04Q2011/0024H04Q2011/0032H04Q2011/0035
    • PURPOSE: A 4 port wavelength selective router is provided, which can suppress multi reflective light limiting a performance of a bidirectional optical transmission apparatus, and can separate or combine a bidirectional optical signal effectively. CONSTITUTION: The 4 port wavelength selective router(4pr) has four input/output ports(1,2,3,4). There is an optical light connection path between three port pairs((1,2),(2,3),(3,4)), and there is no optical light connection path between another three port pairs((1,3),(2,4),(1,4)). Optical waves comprising two groups(A group,B group) comprising one or two optical waves of different wavelength are inputted/output to/from the port(2), and optical waves of the same wavelength as the above optical waves inputted/output to/from the port(2) are output/inputted from/to the port(3). The method to separate the optical wave groups being inputted/output to/from the port(2) and the port(3) is a band division method or a wavelength interleaving method.
    • 目的:提供一种4端口波长选择性路由器,可以抑制多反射光限制双向光传输设备的性能,并且可以有效地分离或组合双向光信号。 规定:4端口波长选择路由器(4pr)有四个输入/输出端口(1,2,3,4)。 在三个端口对((1,2),(2,3),(3,4))之间存在光学光连接路径,并且在另一个三个端口对((1,3) ,(2,4),(1,4))。 包括一个或两个不同波长的光波的两组(A组,B组)的光波被输入/输出到端口(2),并且将与上述光波相同波长的光波输入/输出到 /从端口(2)输出/输入到端口(3)。 分离输入/输出到端口(2)和端口(3)的光波群的方法是带分割方法或波长交织方法。
    • 6. 发明授权
    • 파장 교대 방식의 양방향 애드/드롭 다중화기
    • 파장교대방식의양방향향드/드롭다중화기
    • KR100454960B1
    • 2004-11-06
    • KR1020020027146
    • 2002-05-16
    • 삼성전자주식회사
    • 주영훈황성택김래경이규웅
    • H04B10/2581H04B10/25
    • H04B10/2971H04B2210/256H04J14/0208H04J14/0213H04J14/0216
    • A bi-directional optical add/drop multiplexer is provided comprising a first interleaver for outputting to a second end a forward optical signal that has been inputted through a first end connected to the optical fiber, and a backward optical signal to a second end that has been inputted through a third end; a second interleaver for interleaving the forward optical signal inputted through a first end and the backward optical signal inputted through a second end by wavelengths, and outputting the interleaved signal through a third end; an optical add/drop multiplexing unit for adding a selected channel to the interleaved optical signal or dropping a selected channel from the interleaved optical signal; a third interleaver for outputting a backward optical signal among the channel-modified optical signals inputted through a second end to the third end of the first interleaver through a first end, and a forward optical signal through a third end; and a fourth interleaver for outputting a backward optical signal inputted through a second end connected to an optical fiber to the second end of the second interleaver through a first end, and the forward optical signal inputted from the third interleaver to the second end.
    • 提供一种双向光分插复用器,包括:第一交织器,用于向第二端输出已经通过连接到光纤的第一端输入的正向光信号,以及向第二端输出反向光信号, 通过第三端输入; 第二交织器,用于将通过第一端输入的前向光信号和通过第二端输入的后向光信号交错波长,并通过第三端输出交织信号; 光插/分复用单元,用于将选择的信道添加到交织的光信号或从交织的光信号中丢弃选择的信道; 第三交织器,用于输出通过第一端通过第一交织器的第二端输入到第三端的信道修改光信号中的反向光信号以及通过第三端的前向光信号; 以及第四交织器,用于将通过连接到光纤的第二端输入的反向光信号通过第一端输出到第二交织器的第二端,并且将从第三交织器输入的正向光信号输出到第二端。 <图像>
    • 8. 发明公开
    • 중간단소자를 공유하는 파장교대방식 양방향 애드/드롭다중화기 및 광증폭기 모듈
    • 双向多路复用器和光放大器模块分离中间元件的带对位系统
    • KR1020020027059A
    • 2002-04-13
    • KR1020000058297
    • 2000-10-04
    • 삼성전자주식회사
    • 이창희김현덕신정훈오태원조윤희
    • H04B10/2581H04B10/291
    • G02B6/12019H04B10/2941H04B10/2972H04B2210/256H04J14/0208H04J14/0216
    • PURPOSE: A band alternating system of a bidirectional add/drop multiplexer and an optical amplifier module sharing an intermediate element, are provided to make optical signals progressing bidirectionally share the identical intermediate element, using one NxN arrayed-waveguide grating multiplexer, and to effectively control multiple reflection. CONSTITUTION: Two wavelength selection couplers(WSC1,WSC2) respectively have input ends(d1,d2), output ends(f1,f2), and common input/output ends(e1,e2). Two optical isolators(Iso1,Iso2) respectively have input ends(g1,g2) and output ends(h1,h2). Two optical circulators(Cir1,Cir2) respectively have input ends(a1,a2), output ends(c1,c2), and input/output ends(b1,b2). A bidirectional multiplexing/demultiplexing unit demultiplexes WDMed(Wavelength Division Multiplexed) upward/downward optical signals by wavelength to drop a desired wavelength of optical signal, and multiplexes optical signals passing a corresponding node and optical signals added in the corresponding node to output the multiplexed pass/add optical signals in a progress direction. An intermediate element(12) comprises a unit to compensate color dispersion of an optical fiber, a unit to flatten a gain of an optical amplifier and a unit to control noise accumulation of the optical amplifier, or the combination thereof. The output ends(f1,f2) of the wavelength selection couplers(WSC1,WSC2) are connected to the input ends(a1,a2) of the optical circulators(Cir1,Cir2). The input ends(d1,d2) of the wavelength selection couplers(WSC1,WSC2) are connected to the output ends(h1,h2) of the optical isolators(Iso1,Iso2). The input ends(g1,g2) of the optical isolators(Iso1,Iso2) are connected to the output ends of the bidirectional multiplexing/demultiplexing unit. The output ends(c1,c2) of the optical circulators(Cir1,Cir2) are connected to the input ends of the bidirectional multiplexing/demultiplexing unit and provide the multiplexed downward/upward signals to the bidirectional multiplexing/demultiplexing unit. The input/output ends(b1,b2) of the optical circulators(Cir1,Cir2) are respectively connected to the input/output ends of the intermediate element(12). And simple-stage optical amplifier(SBOA1,SBOA2) amplifying the upward/downward signals simultaneously are connected to the common input/output ends(e1,e2) of the wavelength selection couplers(WSC1,WSC2).
    • 目的:提供双向分插多路复用器的带交替系统和共享中间元件的光放大器模块,使光信号使用一个NxN阵列波导光栅多路复用器双向共享相同的中间元件,并有效控制 多重反射。 构成:两个波长选择耦合器(WSC1,WSC2)分别具有输入端(d1,d2),输出端(f1,f2)和公共输入/输出端(e1,e2)。 两个光隔离器(Iso1,Iso2)分别具有输入端(g1,g2)和输出端(h1,h2)。 两个光循环器(Cir1,Cir2)分别具有输入端(a1,a2),输出端(c1,c2)和输入/输出端(b1,b2)。 双向多路复用/解复用单元通过波长对WDMed(波分复用)​​上/下光信号进行解复用以降低所需波长的光信号,并复用通过相应节点的光信号和相应节点中添加的光信号,以输出多路传输 /在进行方向添加光信号。 中间元件(12)包括用于补偿光纤的色散的单元,用于使光放大器的增益变平的单元和用于控制光放大器的噪声累积的单元或其组合。 波长选择耦合器(WSC1,WSC2)的输出端(f1,f2)连接到光循环器(Cir1,Cir2)的输入端(a1,a2)。 波长选择耦合器(WSC1,WSC2)的输入端(d1,d2)连接到光隔离器(Iso1,Iso2)的输出端(h1,h2)。 光隔离器(Iso1,Iso2)的输入端(g1,g2)连接到双向复用/解复用单元的输出端。 光循环器(Cir1,Cir2)的输出端(c1,c2)连接到双向多路复用/解复用单元的输入端,并向双向多路复用/解复用单元提供多路复用的向下/向上信号。 光循环器(Cir1,Cir2)的输入/输出端(b1,b2)分别连接到中间元件(12)的输入/输出端。 并且同时放大上/下信号的单级光放大器(SBOA1,SBOA2)连接到波长选择耦合器(WSC1,WSC2)的公共输入/输出端(e1,e2)。
    • 10. 发明公开
    • Apparatus and method for transmitting signal using bit grouping in wireless communication system
    • 在无线通信系统中使用位分组发送信号的装置和方法
    • KR20100089009A
    • 2010-08-11
    • KR20090067727
    • 2009-07-24
    • LG ELECTRONICS INC
    • KANG SEUNG HYUNLEE SUK WOO
    • H04L12/56H04B7/005
    • H04J14/0208H04L1/0008H04L1/0063H04L7/048
    • PURPOSE: A device and a method for transmitting a signal by using bit grouping to evenly disperse bit reliability in a wireless communication system are provided to transmit data or a signal more correctly. CONSTITUTION: An interleaver performs sub-block interleaving about the first or the sixth sub-blocks. A cyclic shift module performs cyclic shift of the first or the second sub-block which is interleaved as much as fixed bit distance. A bit grouping output sequence generating module is grouping the first sub block bits which is cyclic sifted and bits of the second or the sixth sub-blocks which is interleaved. The bit grouping output sequence generating module generates output sequence. A transmission module transmits the output sequence.
    • 目的:提供一种通过使用位分组来发送信号以均匀地分散无线通信系统中的比特可靠性的装置和方法,以更正确地发送数据或信号。 构成:交织器对第一或第六子块执行子块交织。 循环移位模块执行第一或第二子块的循环移位,该第一或第二子块被交织成固定的位距离。 位分组输出序列生成模块对循环筛选的第一子块比特和交织的第二或第六子块的比特进行分组。 位分组输出序列生成模块生成输出序列。 传输模块传输输出序列。