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    • 1. 发明申请
    • Macro Diversity Using Likelihood Values
    • 使用似然值的宏分集
    • US20120314742A1
    • 2012-12-13
    • US13578343
    • 2010-02-15
    • Sorour FalahatiRobert BaldemairAli BehravanAnders Furuskär
    • Sorour FalahatiRobert BaldemairAli BehravanAnders Furuskär
    • H04B1/38
    • H04B7/022H04B7/0615H04B7/0639H04B7/0848H04W36/04
    • Method and arrangement in a serving base station for determining a binary value of information data received from a user equipment, by using a supportive likelihood value received from a supporting base station. The user equipment transmits information data to be received both by the serving base station and the supporting base station base station. The method comprises: decoding information data bits received from the user equipment into a first likelihood value, without determining a binary value for each bit of the information data, a supportive likelihood value of the information data bits transmitted from the user equipment is received from the supporting base station, which supportive likelihood value is based on a decoding of the information data bits performed in the supporting base station. The first likelihood value of the decoded information bits is combined with the received supportive likelihood value of the decoded information bits. Thus a binary value for each bit of the information data transmitted from the user equipment is determined, based on the combined first and supportive likelihood values.
    • 服务基站中的方法和装置,用于通过使用从支持基站接收到的支持似然值来确定从用户设备接收的信息数据的二进制值。 用户设备发送要由服务基站和支持基站基站接收的信息数据。 该方法包括:将从用户设备接收的信息数据位解码为第一似然值,而不确定信息数据的每个位的二进制值,从用户设备发送的信息数据位的支持似然值从 支持性基站,该支持似然值基于在支持基站中执行的信息数据比特的解码。 解码信息比特的第一似然值与解码信息比特的接收支持似然值组合。 因此,基于组合的第一和支持似然值来确定从用户设备发送的信息数据的每个比特的二进制值。
    • 2. 发明授权
    • Macro diversity using likelihood values
    • 宏观多样性使用似然值
    • US09473217B2
    • 2016-10-18
    • US13578343
    • 2010-02-15
    • Sorour FalahatiRobert BaldemairAli BehravanAnders Furuskär
    • Sorour FalahatiRobert BaldemairAli BehravanAnders Furuskär
    • H03D1/00H04L12/413H04B7/02H04B7/06H04W36/04H04B7/08
    • H04B7/022H04B7/0615H04B7/0639H04B7/0848H04W36/04
    • Method and arrangement in a serving base station for determining a binary value of information data received from a user equipment, by using a supportive likelihood value received from a supporting base station. The user equipment transmits information data to be received both by the serving base station and the supporting base station base station. The method comprises: decoding information data bits received from the user equipment into a first likelihood value, without determining a binary value for each bit of the information data, a supportive likelihood value of the information data bits transmitted from the user equipment is received from the supporting base station, which supportive likelihood value is based on a decoding of the information data bits performed in the supporting base station. The first likelihood value of the decoded information bits is combined with the received supportive likelihood value of the decoded information bits. Thus a binary value for each bit of the information data transmitted from the user equipment is determined, based on the combined first and supportive likelihood values.
    • 服务基站中的方法和装置,用于通过使用从支持基站接收到的支持似然值来确定从用户设备接收的信息数据的二进制值。 用户设备发送要由服务基站和支持基站基站接收的信息数据。 该方法包括:将从用户设备接收的信息数据位解码为第一似然值,而不确定信息数据的每个位的二进制值,从用户设备发送的信息数据位的支持似然值从 支持性基站,该支持似然值基于在支持基站中执行的信息数据比特的解码。 解码信息比特的第一似然值与解码信息比特的接收支持似然值组合。 因此,基于组合的第一和支持似然值来确定从用户设备发送的信息数据的每个比特的二进制值。
    • 4. 发明授权
    • Tensor-based receiver for separating component signals in a composite signal
    • 基于张量的接收机,用于分离复合信号中的分量信号
    • US08369468B2
    • 2013-02-05
    • US12917126
    • 2010-11-01
    • Icaro L. J. da SilvaRobert BaldemairFco. Rodrigo P. CavalcantiAndré L. F. de AlmeidaSorour Falahati
    • Icaro L. J. da SilvaRobert BaldemairFco. Rodrigo P. CavalcantiAndré L. F. de AlmeidaSorour Falahati
    • H04B7/10
    • H04L27/2647H04L1/02H04L1/1607H04L5/0023
    • A receiver separates multiple component signals carried in a composite signal that have been spread over time and frequency. Multiple diversity branches receive the composite signal. A tensor generation circuit arranges samples of that signal along time, frequency, and diversity dimensions to obtain a composite signal tensor. A set of cascaded least squares estimators then separates the component signals by fitting a constrained tensor model of the composite signal to the composite signal tensor in an alternating least squares estimation process, alternating during any given iteration of the process between fitting different unfolded representations of the constrained tensor model to corresponding unfolded representations of the composite signal tensor. The tensor model models the composite signal as a linear combination of rank-one tensors associated with the component signals, and is constrained in the sense that each rank-one tensor remains constrained according to the spreading of its associated component signal over time.
    • 一个接收器分离出已经在时间和频率上分布的复合信号中承载的多个分量信号。 多分集分支接收复合信号。 张量生成电路根据时间,频率和分集尺寸布置该信号的样本,以获得复合信号张量。 一组级联最小二乘估计器然后通过在交替的最小二乘估计过程中将复合信号的约束张量模型拟合到复合信号张量来分离分量信号,在任意给定的迭代过程中,在拟合不同的展开表示 约束张量模型到复合信号张量的相应展开表示。 张量模型将复合信号建模为与分量信号相关联的一级张力的线性组合,并且受限于每个等级一张张根据其相关分量信号随时间的扩展而保持约束的意义。
    • 6. 发明申请
    • Side Information Bits of ACK and NACK Bits in Multiple ACK/NACK Transmission
    • 在多个ACK / NACK传输中的ACK和NACK位的侧信息位
    • US20110013536A1
    • 2011-01-20
    • US12933301
    • 2008-11-03
    • Sorour FalahatiDavid AstelyRobert Baldemair
    • Sorour FalahatiDavid AstelyRobert Baldemair
    • H04L12/26
    • H04L1/0073H04L1/0057H04L1/1628H04L1/1809H04L2001/125
    • Methods and apparatus for generating, transmitting, and processing error control information in a wireless communication system are disclosed. The error control information is designed so that the probability of a NACK-to-ACK error in transmission is lower than the probability for an ACK-to-NACK error. Multiple ACK/NACK bits are transmitted along with one or more side information bits that indicate the relative quantities of ACK values and NACK values among the ACK/NACK bits. In an exemplary method for generating error control information in a communication device, a plurality of ACK/NACK bits indicating whether corresponding transport blocks were successfully received are generated. One or more side information bits are formed as a function of the ACK/NACK bits, the side information bits indicating the relative quantities of ACK values and NACK values among the ACK/NACK bits, and transmitted along with the ACK/NACK bits to the remote communication node.
    • 公开了一种在无线通信系统中生成,发送和处理错误控制信息的方法和装置。 错误控制信息被设计成使得传输中的NACK到ACK错误的概率低于ACK到NACK错误的概率。 多个ACK / NACK比特与一个或多个辅助信息比特一起发送,该比特信息表示ACK / NACK比特中的ACK值和NACK值的相对量。 在用于在通信设备中产生错误控制信息的示例性方法中,生成指示是否已成功接收相应传输块的多个ACK / NACK比特。 作为ACK / NACK位的函数形成一个或多个侧信息位,侧信息位指示ACK / NACK位之间的ACK值和NACK值的相对量,并与ACK / NACK位一起发送到 远程通讯节点。
    • 7. 发明授权
    • Side information bits of ACK and NACK bits in multiple ACK/NACK transmission
    • 在多个ACK / NACK传输中ACK和NACK位的侧信息比特
    • US08537853B2
    • 2013-09-17
    • US12933301
    • 2008-11-03
    • Sorour FalahatiDavid AstelyRobert Baldemair
    • Sorour FalahatiDavid AstelyRobert Baldemair
    • H04J3/16
    • H04L1/0073H04L1/0057H04L1/1628H04L1/1809H04L2001/125
    • Methods and apparatus for generating, transmitting, and processing error control information in a wireless communication system are disclosed. The error control information is designed so that the probability of a NACK-to-ACK error in transmission is lower than the probability for an ACK-to-NACK error. Multiple ACK/NACK bits are transmitted along with one or more side information bits that indicate the relative quantities of ACK values and NACK values among the ACK/NACK bits. In an exemplary method for generating error control information in a communication device, a plurality of ACK/NACK bits indicating whether corresponding transport blocks were successfully received are generated. One or more side information bits are formed as a function of the ACK/NACK bits, the side information bits indicating the relative quantities of ACK values and NACK values among the ACK/NACK bits, and transmitted along with the ACK/NACK bits to the remote communication node.
    • 公开了一种在无线通信系统中生成,发送和处理错误控制信息的方法和装置。 错误控制信息被设计成使得传输中的NACK到ACK错误的概率低于ACK到NACK错误的概率。 多个ACK / NACK比特与一个或多个辅助信息比特一起发送,该比特信息表示ACK / NACK比特中的ACK值和NACK值的相对量。 在用于在通信设备中产生错误控制信息的示例性方法中,生成指示是否已成功接收相应传输块的多个ACK / NACK比特。 作为ACK / NACK位的函数形成一个或多个侧信息位,侧信息位指示ACK / NACK位之间的ACK值和NACK值的相对量,并与ACK / NACK位一起发送到 远程通讯节点。
    • 8. 发明申请
    • Tensor-Based Receiver for Separating Component Signals in a Composite Signal
    • 基于张量的接收器,用于在复合信号中分离分量信号
    • US20110128997A1
    • 2011-06-02
    • US12917126
    • 2010-11-01
    • Icaro L. J. da SilvaRobert BaldemairFco. Rodrigo P. CavalcantiAndré L. F. de AlmeidaSorour Falahati
    • Icaro L. J. da SilvaRobert BaldemairFco. Rodrigo P. CavalcantiAndré L. F. de AlmeidaSorour Falahati
    • H04B1/00
    • H04L27/2647H04L1/02H04L1/1607H04L5/0023
    • A receiver separates multiple component signals carried in a composite signal that have been spread over time and frequency. Multiple diversity branches receive the composite signal. A tensor generation circuit arranges samples of that signal along time, frequency, and diversity dimensions to obtain a composite signal tensor. A set of cascaded least squares estimators then separates the component signals by fitting a constrained tensor model of the composite signal to the composite signal tensor in an alternating least squares estimation process, alternating during any given iteration of the process between fitting different unfolded representations of the constrained tensor model to corresponding unfolded representations of the composite signal tensor. The tensor model models the composite signal as a linear combination of rank-one tensors associated with the component signals, and is constrained in the sense that each rank-one tensor remains constrained according to the spreading of its associated component signal over time.
    • 一个接收器分离出已经在时间和频率上分布的复合信号中承载的多个分量信号。 多分集分支接收复合信号。 张量生成电路根据时间,频率和分集尺寸布置该信号的样本,以获得复合信号张量。 一组级联最小二乘估计器然后通过在交替的最小二乘估计过程中将复合信号的约束张量模型拟合到复合信号张量来分离分量信号,在任意给定的迭代过程中,在拟合不同的展开表示 约束张量模型到复合信号张量的相应展开表示。 张量模型将复合信号建模为与分量信号相关联的一级张力的线性组合,并且受限于每个等级一张张根据其相关分量信号随时间的扩展而保持约束的意义。