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    • 1. 发明授权
    • Scheduling of up-link transmissions of a wireless communication system
    • 调度无线通信系统的上行链路传输
    • US09055603B2
    • 2015-06-09
    • US13503898
    • 2010-10-22
    • Anders RosenqvistBengt LindoffAndres Reial
    • Anders RosenqvistBengt LindoffAndres Reial
    • H04L12/28H04W4/06H04W40/00H04W72/12H04B7/02H04B7/04
    • H04W72/1268H04B7/024H04B7/0452
    • A method is disclosed of scheduling up-link transmissions for a number of terminals of a wireless communication system into a number of groups, wherein each group comprises terminals intended for simultaneous up-link transmission during a respective period of time. A subset metric may be calculated for each of a number of subsets of terminals based on transmissions received from the terminals of the subset. The subset metric is indicative of a simultaneous transmission suitability measure for the terminals of the subset. The subsets may be processed in subset metric order, starting with the subset having a subset metric indicating a least suitability of simultaneous transmission. During the processing, each terminal of the subset that is not already scheduled in a group may be scheduled in a group that does not already comprise another terminal of the subset. Information indicative of the period of time during which a scheduled terminal is intended to transmit may be transmitted to each of the scheduled terminals. Corresponding computer program product, scheduler and arrangement are also disclosed.
    • 公开了一种将无线通信系统的多个终端的上行链路传输调度为多个组的方法,其中每个组包括旨在在相应时间段期间同步上行链路传输的终端。 可以基于从子集的终端接收到的传输来为终端的多个子集中的每一个计算子集度量。 子集度量表示对于子集的终端的同时传输适应性度量。 可以以子集度量顺序处理子集,从具有指示同时传输的最小适用性的子集度量的子集开始。 在处理期间,尚未在组中调度的子集的每个终端可以在尚未包括该子集的另一个终端的组中进行调度。 可以向每个调度的终端发送指示预定的终端要发送的时间段的信息。 还公开了相应的计算机程序产品,调度器和布置。
    • 6. 发明申请
    • Scheduling of Up-Link Transmissions of a Wireless Communication System
    • 无线通信系统的上行链路传输调度
    • US20120300754A1
    • 2012-11-29
    • US13503898
    • 2010-10-22
    • Anders RosenqvistBengt LindoffAndres Reial
    • Anders RosenqvistBengt LindoffAndres Reial
    • H04W72/04
    • H04W72/1268H04B7/024H04B7/0452
    • A method is disclosed of scheduling up-link transmissions for a number of terminals of a wireless communication system into a number of groups, wherein each group comprises terminals intended for simultaneous up-link transmission during a respective period of time. A subset metric may be calculated for each of a number of subsets of terminals based on transmissions received from the terminals of the subset. The subset metric is indicative of a simultaneous transmission suitability measure for the terminals of the subset. The subsets may be processed in subset metric order, starting with the subset having a subset metric indicating a least suitability metrics for of simultaneous transmission. During the processing, each terminal of the subset that is not already scheduled in a group may be scheduled in a group that does not already comprise another terminal of the subset. Information indicative of the period of time during which a scheduled terminal is intended to transmit may be transmitted to each of the scheduled terminals. Corresponding computer program product, scheduler and arrangement are also disclosed.
    • 公开了一种将无线通信系统的多个终端的上行链路传输调度为多个组的方法,其中每个组包括旨在在相应时间段期间同步上行链路传输的终端。 可以基于从子集的终端接收的传输来为终端的多个子集中的每一个计算子集度量。 子集度量表示对于子集的终端的同时传输适应性度量。 可以以子集度量顺序来处理子集,从具有指示用于同时传输的最小适用性度量的子集度量的子集开始。 在处理期间,尚未在组中调度的子集的每个终端可以在尚未包括该子集的另一个终端的组中进行调度。 可以向每个调度的终端发送指示预定的终端要发送的时间段的信息。 还公开了相应的计算机程序产品,调度器和布置。
    • 8. 发明授权
    • Blind SIR estimation using soft bit values
    • 使用软比特值进行盲目SIR估计
    • US08442169B2
    • 2013-05-14
    • US12709294
    • 2010-02-19
    • Gregory E. BottomleyAnders RosenqvistAndres Reial
    • Gregory E. BottomleyAnders RosenqvistAndres Reial
    • H03D11/04
    • H04B17/336
    • An SIR estimate of a communication signal in a wireless communication system receiver is calculated based on soft bit values output by a nonlinear detector. The average amplitude of the detector output soft bits is estimated. The average power of the detector output soft bits is estimated, e.g., as a mean-square or variance. An SIR of the communication signal is estimated based on the soft bit amplitude and power estimates. In particular, the SIR is estimated as the ratio of the square of soft bit amplitude to the difference between the mean square soft bit power and the square of soft bit amplitude, or the ratio of the square of soft bit amplitude to the variance. In either case, the SIR estimate may be scaled to obtain the desired units. The communication signal may be a received signal, or a simulated signal generated using channel estimates obtained from, e.g., a pilot channel.
    • 基于由非线性检测器输出的软比特值来计算无线通信系统接收机中的通信信号的SIR估计。 估计检测器输出软比特的平均幅度。 估计检测器输出软比特的平均功率例如作为均方或方差。 基于软比特幅度和功率估计来估计通信信号的SIR。 特别地,SIR被估计为软比特幅度的平方与平均软比特功率和软比特幅度的平方之间的差或软比特幅度的平方与差异的比的比率。 在任一情况下,可以缩放SIR估计以获得所需单位。 通信信号可以是接收信号,或使用从例如导频信道获得的信道估计而产生的模拟信号。
    • 9. 发明申请
    • Interference Avoidance in White Space Communication Systems
    • 白空间通信系统中的干扰避免
    • US20110250857A1
    • 2011-10-13
    • US12758741
    • 2010-04-12
    • Andres ReialChristian BergljungAnders Rosenqvist
    • Andres ReialChristian BergljungAnders Rosenqvist
    • H04B1/04
    • H04W16/14H04W64/00
    • Mobile communication system equipment avoids interfering with another transmitter's operation. Sensing information indicating whether the other transmitter's signal has been detected is received from remote sensors, wherein each of the remote sensors is situated at a respective one of two or more sensor locations. The sensing information and information about the sensor locations is used to ascertain one or more exclusion boundaries needed to avoid interfering with the other transmitter's use of the spectral resource. Beamforming parameters are ascertained that will enable the main node to transmit within one or more predefined geographical areas except for any portion of a predefined area located on a far side of the one or more exclusion boundaries. Two or more adjusted signals are produced as a function of the beamforming parameters and one or more signals to be transmitted. The adjusted signals are transmitted from respective ones of two or more antennas.
    • 移动通信系统设备避免干扰另一个发射机的操作。 从远程传感器接收指示是否检测到其他发射机信号的感测信息,其中每个远程传感器位于两个或更多个传感器位置中的相应一个。 感测信息和关于传感器位置的信息用于确定一个或多个排除边界,以避免干扰其他发射机对频谱资源的使用。 确定波束成形参数,其将使主节点能够在一个或多个预定义的地理区域内发送,除了位于一个或多个排除边界的远侧上的预定义区域的任何部分。 根据波束成形参数和要发送的一个或多个信号产生两个或更多个调整后的信号。 经调整的信号从两个或更多个天线中的相应的一个发送。
    • 10. 发明授权
    • Interference avoidance in white space communication systems
    • 白空间通信系统中的干扰避免
    • US08447237B2
    • 2013-05-21
    • US12758741
    • 2010-04-12
    • Andres ReialChristian BergljungAnders Rosenqvist
    • Andres ReialChristian BergljungAnders Rosenqvist
    • H04B1/00H04B15/00
    • H04W16/14H04W64/00
    • Mobile communication system equipment avoids interfering with another transmitter's operation. Sensing information indicating whether the other transmitter's signal has been detected is received from remote sensors, wherein each of the remote sensors is situated at a respective one of two or more sensor locations. The sensing information and information about the sensor locations is used to ascertain one or more exclusion boundaries needed to avoid interfering with the other transmitter's use of the spectral resource. Beamforming parameters are ascertained that will enable the main node to transmit within one or more predefined geographical areas except for any portion of a predefined area located on a far side of the one or more exclusion boundaries. Two or more adjusted signals are produced as a function of the beamforming parameters and one or more signals to be transmitted. The adjusted signals are transmitted from respective ones of two or more antennas.
    • 移动通信系统设备避免干扰另一个发射机的操作。 从远程传感器接收指示是否检测到其他发射机信号的感测信息,其中每个远程传感器位于两个或更多个传感器位置中的相应一个。 感测信息和关于传感器位置的信息用于确定一个或多个排除边界,以避免干扰其他发射机对频谱资源的使用。 确定波束成形参数,其将使主节点能够在一个或多个预定义的地理区域内发送,除了位于一个或多个排除边界的远侧上的预定义区域的任何部分。 根据波束成形参数和要发送的一个或多个信号产生两个或更多个调整后的信号。 经调整的信号从两个或更多个天线中的相应的一个发送。