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    • 1. 发明授权
    • Optical packet header processing apparatus for optical packet switch
    • 用于光分组交换的光分组报头处理装置
    • US06559989B1
    • 2003-05-06
    • US09499934
    • 2000-02-08
    • Kwang Joon KimJi Wook YounHee Sang ChungSung Un LeeJong Hyun Lee
    • Kwang Joon KimJi Wook YounHee Sang ChungSung Un LeeJong Hyun Lee
    • H04J1408
    • H04Q11/0005H04J14/08H04Q2011/0041
    • An optical packet header processing apparatus for processing a header of an optical packet expressing an address of a destination node to control a switching operation of an optical packet switch. The optical packet header processing apparatus comprises a beam splitter for splitting the optical packet header into a predetermined number of optical packet header elements, and a plurality of time interval detectors. Each of the time interval detectors receives a corresponding one of the optical packet header elements from the beam splitter and outputs a detect optical pulse if a pair of optical pulses having a predetermined time interval therebetween are present in the received optical packet header element. A plurality of optical pulse detectors are adapted to convert the detect optical pulses from the time interval detectors into electrical signals and transfer the converted electrical signals to the optical packet switch, respectively. Therefore, the optical packet switch determines the destination node in response to the electrical signals from the optical pulse detectors and outputs the optical packet to an output port corresponding to the determined destination node.
    • 一种光分组报头处理装置,用于处理表示目的地节点的地址的光分组的报头以控制光分组交换机的切换操作。 光分组报头处理装置包括分光器,用于将光分组报头分割成预定数量的光分组报头元素,以及多个时间间隔检测器。 每个时间间隔检测器从分束器接收相应的一个光分组报头元件,并且如果在接收的光分组报头元件中存在其间具有预定时间间隔的一对光脉冲,则输出检测光脉冲。 多个光脉冲检测器适于将来自时间间隔检测器的检测光脉冲转换为电信号,并将转换后的电信号分别传送到光分组交换机。 因此,光分组交换机响应于来自光脉冲检测器的电信号来确定目的地节点,并将光分组输出到与确定的目的地节点对应的输出端口。
    • 4. 发明授权
    • Apparatus for enhancing extinction ratio in optical NRZ-to-RZ converting
system, and optical modulation system therefor
    • 用于提高光学NRZ-RZ转换系统的消光比的装置及其光调制系统
    • US6097529A
    • 2000-08-01
    • US137691
    • 1998-08-21
    • Hyuek Jae LeeKwang Joon KimHye Young KimSeok Youl Kang
    • Hyuek Jae LeeKwang Joon KimHye Young KimSeok Youl Kang
    • G02F1/00H04B10/299G02F1/01H04B10/04
    • H04B10/299
    • An apparatus for enhancing the extinction ratio in an optical NRZ-to-RZ converting system, and an optical modulation system, are disclosed. The extinction ratio is improved by using an optical fiber loop mirror together with optical amplifiers. The apparatus for enhancing the extinction ratio includes a variable coupling means for receiving external signals to split them to respective terminals of a loop mirror. A variable optical delaying means delays the phases of the signals after their dispersion by the variable coupling means. An optical amplifying means positioned asymmetrically smaller than a bit time of an RZ signal pattern inputted slightly departed from the center of the loop mirror amplifies the optical intensity, and varies the refractive index so as to cause a phase delay. A polarization adjusting means adjusts the polarization of the optical signals, and an optical band pass filtering means removes noises from signals outputted from the loop mirror. The apparatus is used in an optical NRZ-to-RZ converting system.
    • 公开了一种用于增强光学NRZ至RZ转换系统中的消光比的装置和光学调制系统。 通过与光放大器一起使用光纤环路镜来提高消光比。 用于增强消光比的装置包括用于接收外部信号以将其分离到环形反射镜的相应端子的可变耦合装置。 可变光延迟装置通过可变耦合装置使信号的相位在其分散之后延迟。 一个光学放大装置的位置不对称地小于从环形镜的中心稍微偏离的RZ信号图形的位时间放大光强度,并且改变折射率以引起相位延迟。 偏振调整装置调节光信号的极化,光带通滤波装置从环形反射镜输出的信号中去除噪声。 该装置用于光学NRZ至RZ转换系统。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR CONTROLLING WAVELENGTH TUNING OF OPTICAL SOURCE FOR OPTICAL COMMUNICATION
    • 用于控制光通信的光源波长调谐的方法和装置
    • US20080107431A1
    • 2008-05-08
    • US11871357
    • 2007-10-12
    • Jyung Chan LeeMoo Jung ChuKwang Joon KimJun Ki Lee
    • Jyung Chan LeeMoo Jung ChuKwang Joon KimJun Ki Lee
    • H04B10/04
    • H04B10/572H01S5/0612H01S5/0683H01S5/0687
    • A method and apparatus for controlling a wavelength tuning of an optical source in an optical communication system. An operating temperature of an optical source is controlled and monitored to shorten a wavelength tuning time of the optical source generated in an optical source generator. When the current operating temperature reaches a final target temperature, an operating current is supplied to the optical source generator, and transmission of the operating current to the optical source generator is controlled and monitored. When the operating current reaches a final operating current, the wavelength tuning of the optical source is terminated. The operating temperature is adjusted by distinguishing between a smaller amount of temperature change and a larger amount of temperature change to prevent oscillation at the point of reaching the final target temperature, thereby minimizing the time taken for the output wavelength tuning.
    • 一种用于控制光通信系统中的光源的波长调谐的方法和装置。 控制和监视光源的工作温度,以缩短在光源发生器中产生的光源的波长调谐时间。 当当前工作温度达到最终目标温度时,向光源发生器提供工作电流,并且控制和监视对光源发生器的工作电流的传输。 当工作电流达到最终工作电流时,光源的波长调谐终止。 通过区分较小量的温度变化和较大的温度变化量来调节工作温度,以防止在达到最终目标温度的时刻发生振荡,由此最小化输出波长调谐所需的时间。
    • 8. 发明授权
    • Method and apparatus for controlling wavelength tuning of optical source for optical communication
    • 用于控制光通信光源波长调谐的方法和装置
    • US07917040B2
    • 2011-03-29
    • US11871357
    • 2007-10-12
    • Jyung Chan LeeMoo Jung ChuKwang Joon KimJun Ki Lee
    • Jyung Chan LeeMoo Jung ChuKwang Joon KimJun Ki Lee
    • H04B10/04
    • H04B10/572H01S5/0612H01S5/0683H01S5/0687
    • A method and apparatus for controlling a wavelength tuning of an optical source in an optical communication system. An operating temperature of an optical source is controlled and monitored to shorten a wavelength tuning time of the optical source generated in an optical source generator. When the current operating temperature reaches a final target temperature, an operating current is supplied to the optical source generator, and transmission of the operating current to the optical source generator is controlled and monitored. When the operating current reaches a final operating current, the wavelength tuning of the optical source is terminated. The operating temperature is adjusted by distinguishing between a smaller amount of temperature change and a larger amount of temperature change to prevent oscillation at the point of reaching the final target temperature, thereby minimizing the time taken for the output wavelength tuning.
    • 一种用于控制光通信系统中的光源的波长调谐的方法和装置。 控制和监视光源的工作温度,以缩短在光源发生器中产生的光源的波长调谐时间。 当当前工作温度达到最终目标温度时,向光源发生器提供工作电流,并且控制和监视对光源发生器的工作电流的传输。 当工作电流达到最终工作电流时,光源的波长调谐终止。 通过区分较小量的温度变化和较大的温度变化量来调节工作温度,以防止在达到最终目标温度的时刻发生振荡,由此最小化输出波长调谐所需的时间。