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    • 1. 发明申请
    • DIODE PUMPED SLAB LASER
    • 二极管泵浦激光器
    • WO1994024734A1
    • 1994-10-27
    • PCT/AU1994000207
    • 1994-04-21
    • THE COMMONWEALTH OF AUSTRALIARICHARDS, JamesMcINNES, Alasdair
    • THE COMMONWEALTH OF AUSTRALIA
    • H01S03/06
    • H01S3/0941H01S3/0606H01S3/0615H01S3/0625H01S3/08072H01S3/08095H01S3/115
    • This invention relates to a diode pumped slab laser in the form of a slab (1) where two opposite faces (2, 3) are adapted to receive pumping radiation with the faces being cut at the Brewsters angle at one end (6, 7) to provide entrance/exit faces for the lasing radiation. The laser radiation beam follows a zig-zag path in the slab (1) and is contained within the slab by total internal reflection. The laser slab (1) is contained within an optical cavity which results in the laser beam completing a double zig-zag beam path. The design results in good pump/mode matching, mitigates thermally induced birefringence problems, overcomes amplified spontaneous emission problems, requires no coatings or curved surfaces, and is easy and relatively inexpensive to make. The slab (1) can be used within both Quasi-CW and CW modes.
    • 本发明涉及一种板坯(1)形式的二极管泵浦板坯激光器,其中两个相对面(2,3)适于接收泵浦辐射,其一端在一端被切割成布鲁斯特角(6,7) 为激光辐射提供入射/出射面。 激光辐射束遵循板坯(1)中的锯齿形路径,并通过全内反射包含在板坯内。 激光板(1)被包含在光学腔内,导致激光束完成双曲折光束路径。 该设计产生良好的泵/模式匹配,减轻热诱导的双折射问题,克服了放大的自发发射问题,不需要涂层或弯曲表面,并且制造容易且相对便宜。 板坯(1)可以在准CW和CW模式中使用。
    • 3. 发明申请
    • SELECTIVE ATTENTION ADAPTIVE RESONANCE THEORY
    • 选择性注意自适应共鸣理论
    • WO1997004400A1
    • 1997-02-06
    • PCT/AU1996000464
    • 1996-07-24
    • THE COMMONWEALTH OF AUSTRALIALOZO, Peter
    • THE COMMONWEALTH OF AUSTRALIA
    • G06F15/80
    • G06K9/6222G06K9/4628G06N3/0409
    • A pattern recognition system for using an artificial neural network architecture that is capable of using its memory to selectively attend to and recognise a learned pattern even when that pattern is embedded in a complex or noisy background. The proposed neural network is used for advanced signal processing in pattern recognition problems that are too difficult or not possible to be solved by the traditional approaches of artificial intelligence and engineering. The pattern recognition system has a neural network architecture consisting of at least two layers in communication with each other, the first layer being a memory layer and having means to store a plurality of memory fields, the second layer adapted to receive an external input and comprising a modulation means that modulates said external input to produce a modulated signal, a comparison means that compares the memory fields of the memory layer with the modulated signal and amplifies those portions of the modulated signal that are located in the memory fields thereby producing an indicator of a match between the memory field and the modulated signal.
    • 一种用于使用人造神经网络架构的模式识别系统,其能够使用其存储器来选择性地参与并识别所学习的模式,即使该模式被嵌入在复杂或嘈杂的背景中。 所提出的神经网络用于模式识别问题中的先进信号处理,这些问题太难或不可能通过人工智能和工程的传统方法来解决。 模式识别系统具有由彼此通信的至少两层组成的神经网络架构,第一层是存储层,并且具有存储多个存储器场的装置,第二层适于接收外部输入并且包括 调制装置,其对所述外部输入进行调制以产生调制信号;比较装置,其将存储器层的存储区与调制信号进行比较,并放大位于存储区中的调制信号的那些部分,从而产生 存储器场和调制信号之间的匹配。
    • 4. 发明申请
    • METHOD OF ESTIMATING MISSING DATA POINTS AT KNOWN POSITIONS IN AN INPUT SIGNAL
    • 估计输入信号中已知位置丢失数据点的方法
    • WO1996030780A1
    • 1996-10-03
    • PCT/GB1996000691
    • 1996-03-22
    • THE COMMONWEALTH OF AUSTRALIABODONYI, John
    • THE COMMONWEALTH OF AUSTRALIA
    • G01S07/02
    • H01Q3/26
    • A method of estimating missing data points at known positions in an input signal comprises the steps of: a) Fourier transforming the input signal from one of the frequency or time domains to the other; b) setting a threshold in the other domain so as to separate at least one unambiguous component of the transformed signal from the remaining components including noise; c) inverse Fourier transforming the separated component back to the original domain; d) replacing the missing data points at the known positions in the input signal with data comprising the values of the inverse Fourier transformed separated components at the known positions to generate an improved signal. The steps (a) to (d) are iterated to achieve a desired level of input signal improvement.
    • 估计输入信号中已知位置处的丢失数据点的方法包括以下步骤:a)将输入信号从频域或时域之一傅里叶变换到另一个; b)在另一个域中设置一个阈值,以将变换信号的至少一个明确分量与包括噪声在内的其余分量分开; c)将分离的组分反向傅里叶变换回原始域; d)用在包括已知位置处的逆傅里叶变换的分离分量的值的数据替换输入信号中已知位置处的丢失数据点,以产生改进的信号。 迭代步骤(a)至(d)以实现期望的输入信号改善水平。
    • 6. 发明申请
    • FEEDBACK COMMUNICATIONS LINK CONTROLLER
    • 反馈通信链路控制器
    • WO1993011618A1
    • 1993-06-10
    • PCT/AU1992000633
    • 1992-11-26
    • THE COMMONWEALTH OF AUSTRALIACOOK, Stephen, CliveSCHOLZ, Jason, Beaufort
    • THE COMMONWEALTH OF AUSTRALIA
    • H04L01/12
    • H04B7/005
    • The transmitter (1) transmits signals in the form of symbols to a receiver (2). The received signals are analyzed and a probability density function estimate is formed in a pdf estimating means (4). There is a memory means (5) which contains a library of known probability density functions. A comparison means (6) compares the measured histogram from the pdf estimating means (4) with those stored in the memory means (5). The comparison means (6) produces an index (8) which uniquely identifies the library pdf most closely matching the measured pdf. The index (8) is fed back. At the transmitting end of the communication link the index (8) is used to select the corresponding pdf from memory means (7). Memory means (7) and memory means (5) are equivalent. The pdf extracted from memory means (7) is used to adjust the transmission parameters of the system.
    • 发射机(1)以符号的形式发送信号到接收机(2)。 分析接收的信号,并在pdf估计装置(4)中形成概率密度函数估计。 存在包含已知概率密度函数库的存储装置(5)。 比较装置(6)将来自pdf估计装置(4)的测量直方图与存储在存储装置(5)中的直方图进行比较。 比较装置(6)产生一个索引(8),其唯一地标识与测量的pdf最接近匹配的库pdf。 索引(8)反馈。 在通信链路的发送端,索引(8)用于从存储器装置(7)中选择相应的pdf。 存储器装置(7)和存储装置(5)是等效的。 从存储器(7)中提取的pdf用于调整系统的传输参数。
    • 10. 发明申请
    • A RADAR RECEIVING SYSTEM
    • 雷达接收系统
    • WO1996025674A1
    • 1996-08-22
    • PCT/AU1996000083
    • 1996-02-16
    • THE COMMONWEALTH OF AUSTRALIAJARROTT, Robert, Keith
    • THE COMMONWEALTH OF AUSTRALIA
    • G01S07/35
    • G01S13/003G01S7/35G01S13/0218
    • A radar receiving system which includes an array of receiving antennas for receiving radar signals over a frequency range, fmin to fmax, the antennas of the array being separated by a distance proportional to c/fmax. A control system directs alternate ones of the antennas, for example every second one, to receive radar signals direct from a radar transmitting system for lower frequencies in the frequency range, and directs the remaining antennas to receive radar signals returned from a target area of the transmitting system. If desired, selected ones of the antennas can be directed to receive radar signals direct from the radar transmitting system for higher frequencies in the frequency range, the remaining antennas being directed to receive the radar signals returned from the target area.
    • 雷达接收系统,其包括用于在频率范围fmin至fmax接收雷达信号的接收天线阵列,阵列的天线与c / fmax成正比的距离。 控制系统引导天线中的替代天线,例如每隔一秒,从频率范围内的较低频率的雷达发射系统直接接收雷达信号,并引导其余天线接收从目标区域返回的雷达信号 传输系统。 如果需要,可以引导所选择的天线中的雷达信号从雷达发射系统直接接收频率范围内的较高频率的雷达信号,其余天线用于接收从目标区域返回的雷达信号。