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    • 4. 发明授权
    • Optical transmission system implementing encrypting by deterministic
chaos
    • 通过确定性混沌实现加密的光传输系统
    • US6018582A
    • 2000-01-25
    • US779257
    • 1997-01-03
    • Pierre-Luc FrancoisJean-Pierre GoedgebuerLaurent LargerHenri Porte
    • Pierre-Luc FrancoisJean-Pierre GoedgebuerLaurent LargerHenri Porte
    • H04B10/85H04K1/02H04L9/00
    • H04B10/85H04K1/025H04L9/001H04L9/12H04L2209/08
    • The invention relates to an optical transmission system that implements encrypting of an information carrying signal by deterministic chaos. The system includes a transmitter (1), a receiver (4), and one transmission channel coupled between the transmitter (1) and the receiver (4). The transmitter (1) includes a deterministic chaos generator (3) coupled to an encoding system (2). The deterministic chaos generator (3) includes a wavelength tunable laser-emitting diode (33) and a feedback loop (34). The active layer of laser diode (33) is offset controlled by a laser signal passed through a non-linear optical element (32) and a delay line (31). The receiver (4) has a deterministic chaos generator (7) coupled to a synchronizer (6) and a decoder coupled to the synchronizer (6). Preferably, chaos generator (3) is the same as chaos generator (7). Other features are disclosed.
    • 本发明涉及一种通过确定性混沌实现信息携带信号加密的光传输系统。 该系统包括发射机(1),接收机(4)和耦合在发射机(1)和接收机(4)之间的一个传输信道。 发射机(1)包括耦合到编码系统(2)的确定性混沌发生器(3)。 确定性混沌发生器(3)包括波长可调激光发射二极管(33)和反馈回路(34)。 激光二极管(33)的有源层由通过非线性光学元件(32)和延迟线(31)的激光信号偏移控制。 接收器(4)具有耦合到同步器(6)的确定性混沌发生器(7)和耦合到同步器(6)的解码器。 优选地,混沌发生器(3)与混沌发生器(7)相同。 公开了其他特征。
    • 5. 发明授权
    • Electro-optic modulator, the production method therefor and the block for implementing same
    • 电光调制器及其制作方法及其实现方法
    • US06954298B2
    • 2005-10-11
    • US10491669
    • 2002-10-03
    • Henri PorteJérôme HaudenPascal MollierAlain Carenco
    • Henri PorteJérôme HaudenPascal MollierAlain Carenco
    • G02F1/035G02F1/03G02B6/00G02F1/01
    • G02F1/0356
    • An electric-optic modulator includes a block of crystal having electro-optic properties, the block extending lengthways along a long axis and having a light guide which extends between a light guide input and a light guide output. An electric modulation signal acts on an interaction zone of the block via coplanar electrodes together with the light guide via a dielectric layer. The electrodes are disposed on a main long face of the block and the interaction zone is elongated more or less along the long axis. The light to be modulated arrives through an input optical fiber which is connected to the light guide at the light guide input on a first face of the block. The modulated light leaves the modulator through an output optical fiber connected to the light guide output on a second face of the block. The first face and the second face are one single face (D) which is parallel to the long axis.
    • 电光调制器包括具有电光特性的晶体块,所述块沿着长轴线纵向延伸并且具有在光导输入和光导输出之间延伸的导光体。 电调制信号通过共面电极通过介电层与光导件一起作用于块的相互作用区域。 电极设置在块的主长面上,并且相互作用区沿着长轴或多或少地伸长。 待调制的光通过输入光纤到达,该输入光纤在块的第一面处的光导输入处连接到光导。 调制光通过连接到块的第二面上的光导输出的输出光纤离开调制器。 第一面和第二面是平行于长轴的一个单面(D)。
    • 6. 发明授权
    • Wide band electro-optical modulators
    • 宽带电光调制器
    • US06947614B2
    • 2005-09-20
    • US10416891
    • 2001-11-15
    • Henri PorteJerome HaudenPascal Mollier
    • Henri PorteJerome HaudenPascal Mollier
    • G02B6/12G02F1/035G02F1/225G02B6/10
    • G02F1/2255
    • An optical modulator includes a waveguide structure forming a two-wave interferometer made of an electro-optical material, and two arms, a set of electrodes connected to a controllable electric source for applying an electric field on at least one of the arms of the interferometer, so as to vary the phase difference between light waves along one or the other of the two arms. The modulator includes two sets of electrodes placed respectively on each of the interferometer arms, one in the non-reversed region of the electro-optical material, the other in the reversed region, and a delay line placed between the control electronics of the electrode sets introducing a delay equal to the light propagation time in the first electrode set.
    • 一种光调制器,包括形成由电光材料制成的双波长干涉仪的波导结构,以及两个臂,连接到可控电源的一组电极,用于在干涉仪的至少一个臂上施加电场 以便改变沿着两个臂中的一个或另一个的光波之间的相位差。 调制器包括分别放置在每个干涉仪臂上的两组电极,一组位于电光材料的非反向区域中,另一组位于反向区域中,延迟线置于电极组的控制电子器件之间 引入与第一电极组中的光传播时间相等的延迟。
    • 7. 发明授权
    • Optical integrated circuit comprising a light guide forming at least one optical separation
    • 光学集成电路包括形成至少一个光学分离的光导
    • US07577322B2
    • 2009-08-18
    • US11915359
    • 2006-05-24
    • Nicolas GrossardJérôme HaudenHenri Porte
    • Nicolas GrossardJérôme HaudenHenri Porte
    • G02B6/12G02B6/26G02B6/30
    • G02B6/125G02B2006/1215
    • An optical integrated circuit with waveguide separation on a substrate includes at least one separating unit, including an optical input/output interface in relation with an external light wave guide, the interface extending in the circuit through an optical guiding input section extended by at least two optical guiding branches mutually spaced apart substantially symmetrically relative to the general direction of the input section. The input section includes as many optical guides as branches, adjacent input section optical guides being substantially rectilinear and mutually parallel, two adjacent optical guides of the input section being separated by an aperture of width D, the refractive index of the opening being lower than that of the optical guides, each input section optical guide having a determined width We1, each branch optical guide exhibiting a width increasing in the direction away from the input section from the width We1 up to a determined width Ws.
    • 在衬底上具有波导分离的光学集成电路包括至少一个分离单元,其包括与外部光波导相关的光学输入/输出接口,所述接口通过延伸至少两个的光学引导输入部分在电路中延伸 相对于输入部分的大致方向基本对称地相互间隔开的光学引导部分。 输入部分包括与分支一样多的光导,相邻的输入部分光导基本上是直线的并且相互平行的,输入部分的两个相邻的光导被宽度为D的孔分开,开口的折射率低于开口的折射率 每个输入部分光导具有确定的宽度We1,每个分支光导向宽度在离开输入部分的方向上从宽度We1向宽度增加到确定的宽度Ws。
    • 8. 发明申请
    • Optical Integrated Circuit Comprising a Light Guide Forming at Least One Optical Separation
    • 包含至少一个光学分离的光导的光学集成电路
    • US20080193077A1
    • 2008-08-14
    • US11915359
    • 2006-05-24
    • Nicolas GrossardJerome HaudenHenri Porte
    • Nicolas GrossardJerome HaudenHenri Porte
    • G02B6/12
    • G02B6/125G02B2006/1215
    • An optical integrated circuit with waveguide separation on a substrate includes at least one separating unit, including an optical input/output interface in relation with an external light wave guide, the interface extending in the circuit through an optical guiding input section extended by at least two optical guiding branches mutually spaced apart substantially symmetrically relative to the general direction of the input section. The input section includes as many optical guides as branches, adjacent input section optical guides being substantially rectilinear and mutually parallel, two adjacent optical guides of the input section being separated by an aperture of width D, the refractive index of the opening being lower than that of the optical guides, each input section optical guide having a determined width We1, each branch optical guide exhibiting a width increasing in the direction away from the input section from the width We1 up to a determined width Ws.
    • 在衬底上具有波导分离的光学集成电路包括至少一个分离单元,其包括与外部光波导相关的光学输入/输出接口,所述接口通过延伸至少两个的光学引导输入部分在电路中延伸 相对于输入部分的大致方向基本对称地相互间隔开的光学引导部分。 输入部分包括与分支一样多的光导,相邻的输入部分光导基本上是直线的并且相互平行的,输入部分的两个相邻的光导被宽度为D的孔分开,开口的折射率低于开口的折射率 每个输入部分光导件具有确定的宽度We 1,每个分支光导件在远离输入部分的方向上宽度从宽度We 1向宽度增加到确定的宽度Ws。