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    • 1. 发明申请
    • Optical Devices and Method of Counting Optical Pulses
    • 光学器件和计数光脉冲的方法
    • US20120229890A1
    • 2012-09-13
    • US13496190
    • 2009-10-20
    • Gianluca MeloniAntonella BogoniAntonio D'ErricoGianluca BerrettiniLuca Poti
    • Gianluca MeloniAntonella BogoniAntonio D'ErricoGianluca BerrettiniLuca Poti
    • H01S5/20H04J14/00
    • G06E1/00G02F3/02G06E1/02H04Q11/0005H04Q11/0066H04Q2011/0041
    • An optical device comprises an optical device stage, which comprises an optical input, an optical AND gate, an optical flip-flop and an optical output. The optical input is arranged to receive an optical input pulse at an input wavelength. The optical AND gate comprises a first input arranged to receive a part of said optical input pulse, a second input arranged to receive at least a part of a flip-flop optical output signal, and an output. The optical AND gate is arranged to generate an AND gate optical output pulse dependent on said flip-flop optical output signal. The optical flip-flop comprises a first input arranged to receive a further part of said optical input pulse, a second input arranged to receive a said AND gate optical output pulse, and an output. The optical flip-flop is arranged to generate said flip-flop output signal at a flip-flop output wavelength. At least a part of the flip-flop output signal is provided to said output.
    • 光学器件包括光学器件级,其包括光学输入,光学与门,光学触发器和光学输出。 光输入被布置成在输入波长处接收光输入脉冲。 光学与门包括布置成接收所述光输入脉冲的一部分的第一输入,布置成接收触发器光输出信号的至少一部分的第二输入和输出。 光与门被配置为根据所述触发器光输出信号产生与门光输出脉冲。 光学触发器包括布置成接收所述光学输入脉冲的另一部分的第一输入,被布置为接收所述与门光输出脉冲的第二输入和输出。 光触发器被布置为以触发器输出波长产生所述触发器输出信号。 触发器输出信号的至少一部分被提供给所述输出。
    • 2. 发明授权
    • Optical devices and method of counting optical pulses
    • 光学器件和光脉冲计数方法
    • US08717651B2
    • 2014-05-06
    • US13496190
    • 2009-10-20
    • Gianluca MeloniAntonella BogoniAntonio D'ErricoGianluca BerrettiniLuca Poti
    • Gianluca MeloniAntonella BogoniAntonio D'ErricoGianluca BerrettiniLuca Poti
    • G02F3/02G06E1/00
    • G06E1/00G02F3/02G06E1/02H04Q11/0005H04Q11/0066H04Q2011/0041
    • An optical device comprises an optical device stage, which comprises an optical input, an optical AND gate, an optical flip-flop and an optical output. The optical input is arranged to receive an optical input pulse at an input wavelength. The optical AND gate comprises a first input arranged to receive a part of said optical input pulse, a second input arranged to receive at least a part of a flip-flop optical output signal, and an output. The optical AND gate is arranged to generate an AND gate optical output pulse dependent on said flip-flop optical output signal. The optical flip-flop comprises a first input arranged to receive a further part of said optical input pulse, a second input arranged to receive a said AND gate optical output pulse, and an output. The optical flip-flop is arranged to generate said flip-flop output signal at a flip-flop output wavelength. At least a part of the flip-flop output signal is provided to said output.
    • 光学器件包括光学器件级,其包括光学输入,光学与门,光学触发器和光学输出。 光输入被布置成在输入波长处接收光输入脉冲。 光学与门包括布置成接收所述光输入脉冲的一部分的第一输入,布置成接收触发器光输出信号的至少一部分的第二输入和输出。 光与门被配置为根据所述触发器光输出信号产生与门光输出脉冲。 光学触发器包括布置成接收所述光学输入脉冲的另一部分的第一输入,被布置为接收所述与门光输出脉冲的第二输入和输出。 光触发器被布置为以触发器输出波长产生所述触发器输出信号。 触发器输出信号的至少一部分被提供给所述输出。
    • 4. 发明申请
    • OPTICAL FLIP-FLOP
    • US20110122470A1
    • 2011-05-26
    • US12989598
    • 2008-04-25
    • Gianluca BerrettiniAntonio MalacarneLuca PotiAntonella Bogoni
    • Gianluca BerrettiniAntonio MalacarneLuca PotiAntonella Bogoni
    • G02F3/02G02F1/00
    • G02F3/026G02F2203/70
    • An optical flip-flop comprises first (102) and second (104) flip-flop elements arranged to respectively provide first (output 1) and second (output 3) optical outputs. Each output is in one of a plurality of states, wherein switching the output from a relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the output from a relatively low power state to a relatively high power state has an associated rising edge transition time. The rising edge transition time is greater than the falling edge transition time. The optical flip-flop also comprises a processor (106) arranged to process the first and second outputs to provide an optical flip-flop output, being one of a plurality of state outputs, wherein switching the flip-flop output from a relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the flip-flop output from a relatively low power state to a relatively high power state has an associated rising edge transition time. The processor is arranged to process the first and second outputs such that both the falling edge transition time and the rising edge transition time of the flip-flop output are independent of the rising edge transition times of both the first and second flip-flop elements. The invention also provides a method of operating the flip-flop, an optical switching arrangement and an optical switching method.
    • 光学触发器包括布置成分别提供第一(输出1)和第二(输出3)光输出的第一(102)和第二(104)触发器元件。 每个输出处于多个状态之一,其中将输出从相对高功率状态切换到相对低功率状态具有相关联的下降沿转换时间,并且将输出从相对低功率状态切换到相对较高的功率 状态具有相关联的上升沿转换时间。 上升沿转换时间大于下降沿转换时间。 光学触发器还包括处理器(106),其被配置为处理第一和第二输出以提供作为多个状态输出之一的光学触发器输出,其中将触发器输出从相对高的功率切换 状态到相对低功率状态具有相关联的下降沿转换时间,并且将触发器输出从相对低功率状态切换到相对高功率状态具有相关联的上升沿转换时间。 处理器被布置为处理第一和第二输出,使得触发器输出的下降沿转换时间和上升沿转换时间都与第一和第二触发器元件的上升沿转换时间无关。 本发明还提供了一种操作触发器,光开关装置和光开关方法的方法。
    • 7. 发明授权
    • Optical flip-flop
    • 光学触发器
    • US08542422B2
    • 2013-09-24
    • US12989598
    • 2008-04-25
    • Gianluca BerrettiniAntonio MalacarneLuca PotiAntonella Bogoni
    • Gianluca BerrettiniAntonio MalacarneLuca PotiAntonella Bogoni
    • G06E3/00
    • G02F3/026G02F2203/70
    • An optical flip-flop comprises first (102) and second (104) flip-flop elements arranged to respectively provide first (output 1) and second (output 3) optical outputs. Each output is in one of a plurality of states, wherein switching the output from a relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the output from a relatively low power state to a relatively high power state has an associated rising edge transition time. The rising edge transition time is greater than the falling edge transition time. The optical flip-flop also comprises a processor (106) arranged to process the first and second outputs to provide an optical flip-flop output, being one of a plurality of state outputs, wherein switching the flip-flop output from a relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the flip-flop output from a relatively low power state to a relatively high power state has an associated rising edge transition time. The processor is arranged to process the first and second outputs such that both the falling edge transition time and the rising edge transition time of the flip-flop output are independent of the rising edge transition times of both the first and second flip-flop elements. The invention also provides a method of operating the flip-flop, an optical switching arrangement and an optical switching method.
    • 光学触发器包括布置成分别提供第一(输出1)和第二(输出3)光输出的第一(102)和第二(104)触发器元件。 每个输出处于多个状态之一,其中将输出从相对高功率状态切换到相对低功率状态具有相关联的下降沿转换时间,并且将输出从相对低功率状态切换到相对较高的功率 状态具有相关联的上升沿转换时间。 上升沿转换时间大于下降沿转换时间。 光学触发器还包括处理器(106),其被配置为处理第一和第二输出以提供作为多个状态输出之一的光学触发器输出,其中将触发器输出从相对高的功率切换 状态到相对低功率状态具有相关联的下降沿转换时间,并且将触发器输出从相对低功率状态切换到相对高功率状态具有相关联的上升沿转换时间。 处理器被布置为处理第一和第二输出,使得触发器输出的下降沿转换时间和上升沿转换时间都与第一和第二触发器元件的上升沿转换时间无关。 本发明还提供了一种操作触发器,光开关装置和光开关方法的方法。
    • 8. 发明授权
    • Method of operating a reconfigurable and integrable optical logic gate based on a single SOA
    • 基于单个SOA操作可重构和可积分的光逻辑门的方法
    • US08149488B2
    • 2012-04-03
    • US12088585
    • 2006-09-22
    • Antonella BogoniLuca PotiGianluca BerrettiniAntonio Malacarne
    • Antonella BogoniLuca PotiGianluca BerrettiniAntonio Malacarne
    • G02F3/00
    • G02F3/00
    • An optical logic gate (10) comprising inputs (12) for optical signals on which to perform a chosen logical operation. An SOA (11) element receives such input signals to be piloted thereby in saturation and its output is connected to at least one optical filter (14, 15, 16) that filters components of signals output from the SOA and which represent a desired logical result of the signals input at the gate so that at the output (13) of the filter there is an optical signal as the result of the desired logical operation. A probe signal (17) can also be provided. An appropriate combination of power of the input, power and probe signal wavelength and central wavelength of the filter allows obtaining a plurality of logic functions such as NOR, NOT, inverted XOR, AND, OR.
    • 光学逻辑门(10)包括用于执行选择的逻辑运算的光信号的输入(12)。 SOA(11)元件接收这样的输入信号以在饱和中被引导,并且其输出连接到至少一个滤光器(14,15,16),该滤光器对从SOA输出的信号的分量进行滤波,并且代表期望的逻辑结果 在门处输入的信号,使得在滤波器的输出端(13)处有作为所需逻辑运算结果的光信号。 还可以提供探测信号(17)。 滤波器的输入,功率和探头信号波长的功率与中心波长的适当组合允许获得多个逻辑功能,例如NOR,NOT,反相XOR,AND,OR。
    • 10. 发明申请
    • Reconfigurable and Integrable Optical Logic Gate Based on a Single Soa
    • 基于单一Soa的可重构和可集成的光逻辑门
    • US20080247018A1
    • 2008-10-09
    • US12088585
    • 2006-09-22
    • Antonella BogoniLuca PotiGianluca BerrettiniAntonio Malacarne
    • Antonella BogoniLuca PotiGianluca BerrettiniAntonio Malacarne
    • G02F3/00
    • G02F3/00
    • An optical logic gate (10) comprising inputs (12) for optical signals on which to perform a chosen logical operation. An SOA (11) element receives such input signals to be piloted thereby in saturation and its output is connected to at least one optical filter (14, 15, 16) that filters components of signals output from the SOA and which represent a desired logical result of the signals input at the gate so that at the output (13) of the filter there is an optical signal as the result of the desired logical operation. A probe signal (17) can also be provided. An appropriate combination of power of the input, power and probe signal wavelength and central wavelength of the filter allows obtaining a plurality of logic functions such as NOR, NOT, inverted XOR, AND, OR.
    • 光学逻辑门(10)包括用于执行选择的逻辑运算的光信号的输入(12)。 SOA(11)元件接收这样的输入信号以在饱和中被引导,并且其输出连接到至少一个滤光器(14,15,16),该滤光器对从SOA输出的信号的分量进行滤波,并且代表期望的逻辑结果 在门处输入的信号,使得在滤波器的输出端(13)处有作为所需逻辑运算结果的光信号。 还可以提供探测信号(17)。 滤波器的输入,功率和探头信号波长的功率与中心波长的适当组合允许获得多个逻辑功能,例如NOR,NOT,反相XOR,AND,OR。