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    • 1. 发明授权
    • Combiner circuit in space-diversity reception
    • 空间多样性接收中的组合电路
    • US5203029A
    • 1993-04-13
    • US704959
    • 1991-05-23
    • Hermann BetzlJosef Nossek
    • Hermann BetzlJosef Nossek
    • H04B7/08
    • H04B7/084
    • A combiner circuit employs the maximum power method, in which the phase of one of the signals is varied such that the power of the aggregate signal (main and diversity) is varied such that the power of the aggregate subsequently formed is optimally high. In order to improve this combining method that becomes less and less efficient with increasing bandwidth and number of steps of signals, particularly given selective fading, it is provided that the combiner circuit contains a control circuit for the combination phase, the control circuit being composed of a maximum power control circuit and of two preceding, supplementary circuits for varying the amplitudes of the main and diversity signals. The amplitude variation of the main and diversity channel spectrum occurs in such a fashion that the signal spectra are split in the appertaining branches of the two supplementary circuits by respective identical bandpass filters for the lower spectrum half and the upper spectrum half, the powers of the sub-bands are measured at the outputs of the bandpass filters and both sub-bands are set to approximately identical values.
    • 组合器电路采用最大功率方法,其中信号之一的相位变化,使得聚集信号(主分集)的功率被改变,使得随后形成的聚集体的功率最优。 为了改善这种随着信号的带宽和步数增加而变得越来越低效率的组合方法,特别是给定选择性衰落,组合电路包含用于组合相的控制电路,控制电路由 最大功率控制电路和两个前面的补充电路,用于改变主分集信号的幅度。 主要和分集信道频谱的振幅变化以这样一种方式发生,即信号频谱在两个辅助电路的相应分支中被分开,分别用于较低频谱一半和较高频谱一半的相同的带通滤波器, 在带通滤波器的输出处测量子带,并且两个子带被设置为大致相同的值。
    • 2. 发明授权
    • Switched-capacitor filter circuit having at least one simulated inductor
    • 具有至少一个模拟电感器的开关电容滤波器电路
    • US4364116A
    • 1982-12-14
    • US173759
    • 1980-07-30
    • Josef Nossek
    • Josef Nossek
    • H03H19/00G06G7/62
    • H03H19/004H03H19/006
    • A switched-capacitor filter circuit having at least one simulated inductor and having an operational amplifier with a capacitor interconnected between its output and inverting input and a non-inverting input connected to a reference potential has a switch leading from the inverting input of the amplifier to a first circuit node from which a first capacitor is connected to the reference potential and also from which a second switch leads to a second circuit node from which another capacitor is connected to the reference potential, and has a third switch leading from the second circuit node to the inverting input of the amplifier and a fourth switch connected between the output of the amplifier and the second circuit node and a fifth switch connected to an input terminal. Each of the switches is controlled by one of a series of sequential non-overlapping clock pulse voltages with the first and fifth switches being simultaneously closed followed by sequential closing of the second, third and fourth switches.
    • 具有至少一个模拟电感器并具有运算放大器的开关电容滤波器电路,其具有在其输出和反相输入端之间互连的电容器和连接到参考电位的非反相输入端,具有从放大器的反相输入端引出的开关 第一电路节点,第一电容器从其连接到参考电位,并且第二电容器从第二电路连接到第二电路节点,另一个电容器从该第二电路节点连接到参考电位,并且具有从第二电路节点引出的第三开关 连接到放大器的反相输入端和连接在放大器的输出端和第二电路节点之间的第四开关和连接到输入端子的第五开关。 每个开关由一系列顺序非重叠的时钟脉冲电压中的一个控制,第一和第五开关同时闭合,随后顺次关闭第二,第三和第四开关。
    • 3. 发明授权
    • Beam shaping method for the downlink for base stations in radio communication systems
    • 用于无线电通信系统中基站的下行链路的波束整形方法
    • US07039442B1
    • 2006-05-02
    • US09958841
    • 2000-04-11
    • Michael JohamJosef NossekWolfgang Utschick
    • Michael JohamJosef NossekWolfgang Utschick
    • H04M1/00
    • H04B7/086H04B7/0617H04B7/0619
    • According to the invention, a base station has an antenna device with a plurality of antenna elements and is connected to a subscriber station via a radio interface. The direction of incidence, the attenuation and the delay times of connection paths used for beam forming for signal sections for channel estimation purposes are determined from the transmissions of the other radio station in a known manner. The beam-forming vector for the transmit signal is constant during these signal sections for channel estimation purposes, for which the radio station can estimate a reception characteristic of the other radio station. Outside the signal sections for channel estimation, a symbol-specific beam-forming vector is determined which takes into account variable symbol-related properties of the transmit signal (for example correlation properties of CDMA codes) which are not constant during a time slot but rather vary from symbol to symbol.
    • 根据本发明,基站具有具有多个天线元件的天线装置,并且经由无线接口连接到用户台。 以通过已知方式从另一无线电台的传输确定用于信道估计目的的用于信号段的波束成形的连接路径的入射方向,衰减和延迟时间。 用于发射信号的波束形成矢量在这些信号部分期间是恒定的,用于信道估计目的,无线电台可以估计另一个无线电台的接收特性。 在用于信道估计的信号部分之外,确定符号特定波束形成矢量,其考虑了在时隙期间不恒定的发射信号的可变符号相关属性(例如CDMA码的相关性质),而是 从符号到符号不同。
    • 5. 发明申请
    • Subchannel allocation apparatus
    • 子信道分配装置
    • US20080291851A1
    • 2008-11-27
    • US12154551
    • 2008-05-22
    • Christian GuthyWolfgang UtschickJosef NossekGuido Dietl
    • Christian GuthyWolfgang UtschickJosef NossekGuido Dietl
    • H04Q7/00H04J3/00H04J13/00H04L27/28
    • H04L5/0003H04B7/0443H04B7/0452H04L5/0044
    • Subchannel allocation apparatus for allocating subchannels of a MIMO radio channel to a plurality of users, the MIMO radio channel having a first number of subchannels, each subchannel having a transmission capacity. The subchannel allocation apparatus includes a subspace determiner for determining a subspace of the MIMO radio channel, the subspace having a second number of subchannels, the second number being lower than the first number and each subchannel of the second number of subchannels having a higher transmission capacity than the subchannel with the lowest transmission capacity of the first number of subchannels. The subchannel allocation apparatus further includes a subchannel allocator responsive to the subspace determiner for allocating a subchannel from the second number of subchannels of the subspace to a user based on an allocation metric.
    • 用于向多个用户分配MIMO无线电信道的子信道的子信道分配装置,所述MIMO无线电信道具有第一数量的子信道,每个子信道具有传输容量。 子信道分配装置包括用于确定MIMO无线电信道的子空间的子空间确定器,子空间具有第二数量的子信道,第二数目低于第一数目,并且第二数量的子信道的每个子信道具有较高的传输容量 比具有第一数量子信道的最低传输容量的子信道。 子信道分配装置还包括响应于子空间确定器的子信道分配器,用于基于分配度量将子信道从子空间的第二数量子信道分配给用户。
    • 6. 发明授权
    • Switched-capacitor filter circuit having at least one simulated
inductance having controlled switches, capacitors, and an amplifier
    • 具有至少一个模拟电感的开关电容滤波电路具有受控开关,电容器和放大器
    • US4354169A
    • 1982-10-12
    • US223032
    • 1981-01-07
    • Josef Nossek
    • Josef Nossek
    • H03H19/00H03H11/48
    • H03H19/004H03H19/006
    • An easily integratable switched-capacitor filter circuit which can be employed to simulate a parallel resonance circuit has an operational amplifier having an inverting input connected to a first circuit node through a first switch, a capacitor interconnected between the first circuit node and a reference potential, a third switch interconnected between the first circuit node and a second circuit node, a capacitor interconnected between the second circuit node and the reference potential, a third switch interconnected between the second circuit node and the output of the operational amplifier, a fourth switch interconnected between the output of the operational amplifier and the first circuit node, and a fifth switch interconnected between the first circuit node and a non-grounded input terminal. The switches are respectively operated by four sequential non-overlapping clock phases such that the third and fifth switches are closed during the first clock phase, the first switch is closed during the second clock phase, the fourth switch is closed during the third clock phase, and the second switch is closed during the fourth clock phase.
    • 可以用于模拟并联谐振电路的易于集成的开关电容滤波器电路具有运算放大器,其具有通过第一开关连接到第一电路节点的反相输入,在第一电路节点和参考电位之间互连的电容器, 互连在第一电路节点和第二电路节点之间的第三开关,在第二电路节点和参考电位之间互连的电容器,在第二电路节点和运算放大器的输出之间互连的第三开关, 运算放大器和第一电路节点的输出以及在第一电路节点和非接地输入端之间互连的第五开关。 开关分别由四个顺序非重叠时钟相位操作,使得第三和第五开关在第一时钟相位期间闭合,第一开关在第二时钟相位期间闭合,第四开关在第三时钟相位期间闭合, 并且第二开关在第四时钟相位期间闭合。
    • 7. 发明授权
    • Subchannel allocation apparatus
    • 子信道分配装置
    • US08031584B2
    • 2011-10-04
    • US12154551
    • 2008-05-22
    • Christian GuthyWolfgang UtschickJosef NossekGuido Dietl
    • Christian GuthyWolfgang UtschickJosef NossekGuido Dietl
    • H04J11/00
    • H04L5/0003H04B7/0443H04B7/0452H04L5/0044
    • Subchannel allocation apparatus for allocating subchannels of a MIMO radio channel to a plurality of users, the MIMO radio channel having a first number of subchannels, each subchannel having a transmission capacity. The subchannel allocation apparatus includes a subspace determiner for determining a subspace of the MIMO radio channel, the subspace having a second number of subchannels, the second number being lower than the first number and each subchannel of the second number of subchannels having a higher transmission capacity than the subchannel with the lowest transmission capacity of the first number of subchannels. The subchannel allocation apparatus further includes a subchannel allocator responsive to the subspace determiner for allocating a subchannel from the second number of subchannels of the subspace to a user based on an allocation metric.
    • 用于向多个用户分配MIMO无线电信道的子信道的子信道分配装置,所述MIMO无线电信道具有第一数量的子信道,每个子信道具有传输容量。 子信道分配装置包括用于确定MIMO无线电信道的子空间的子空间确定器,子空间具有第二数量的子信道,第二数目低于第一数目,并且第二数量的子信道的每个子信道具有较高的传输容量 比具有第一数量子信道的最低传输容量的子信道。 子信道分配装置还包括响应于子空间确定器的子信道分配器,用于基于分配度量将子信道从子空间的第二数量子信道分配给用户。
    • 10. 发明授权
    • Switched-capacitor filter circuit having at least one simulated inductor
and having a resonance frequency which is one-sixth of the sampling
frequency
    • 开关电容滤波电路具有至少一个模拟电感器,并具有谐振频率为采样频率的六分之一
    • US4353044A
    • 1982-10-05
    • US223033
    • 1981-01-07
    • Josef Nossek
    • Josef Nossek
    • H03H11/04H03H19/00H03H11/48H03H17/02
    • H03H19/004H03H19/006
    • A switched-capacitor filter circuit having at least one simulated inductor and having a resonance frequency which is one-sixth of the sampling frequency as pulse-controlled switches co-operatively operable for connecting a first capacitor to a pair of input terminals during a first clock phase and simultaneously connecting a second capacitor to the output of an inverting integration circuit, followed by discharge of the first capacitor to a capacitor in the integration circuit during a second clock pulse phase, followed by a third clock pulse phase during which the first capacitor is charged from the output of the integration circuit and the second capacitor is simultaneously connected to the pair of input terminals and during a fourth clock pulse phase the second capacitor discharges to the capacitor in the integration circuit.
    • 一种具有至少一个模拟电感器并且具有作为采样频率的六分之一的谐振频率的开关电容滤波器电路,其作为在第一时钟期间可操作地用于将第一电容器连接到一对输入端子的脉冲控制开关 同时将第二电容器连接到反相积分电路的输出端,随后在第二时钟脉冲相位期间将第一电容器放电到积分电路中的电容器,随后是第三时钟脉冲相位,其中第一电容器 从积分电路的输出充电并且第二电容器同时连接到该对输入端子,并且在第四时钟脉冲相位期间,第二电容器放电到积分电路中的电容器。