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    • 1. 发明申请
    • Method and Apparatus for Generating Channel Quality Information for Wireless Communication
    • 用于生成无线通信信道质量信息的方法和装置
    • US20100183064A1
    • 2010-07-22
    • US12750793
    • 2010-03-31
    • Karl James MolnarJung-Fu ChengStephen J. GrantLeonid KrasnyYi-Pin Eric Wang
    • Karl James MolnarJung-Fu ChengStephen J. GrantLeonid KrasnyYi-Pin Eric Wang
    • H04B17/00
    • H04L1/0019H04B2201/709727H04L1/0002H04L1/0026H04L1/20H04L25/0202H04L25/0222H04L27/2647
    • A method and apparatus for generating channel quality information, such as may be used for transmit link adaptation, provide different operating modes, such as a first mode that may be used when propagation channel estimates are not reliable, and a second mode that may be used when the propagation channel estimates are reliable. In one or more embodiments, channel quality information is generated using receiver performance information that characterizes receiver performance in terms of a defined channel quality metric, e.g., supported data rates, for different values of receiver input signal quality over a range of propagation channel realizations. Channel quality information can be generated by selecting channel quality metrics according to receiver input signal quality and a desired probability of meeting a defined performance requirement over a range of propagation channel realizations, or by selecting channel quality metrics according to receiver input signal quality and particularized propagation channel realizations.
    • 用于产生信道质量信息的方法和装置,例如可以用于发送链路自适应,提供不同的操作模式,例如当传播信道估计不可靠时可以使用的第一模式,以及可以使用的第二模式 当传播信道估计是可靠的。 在一个或多个实施例中,使用接收机性能信息来生成信道质量信息,所述接收机性能信息根据定义的信道质量度量(例如,支持的数据速率),在传播信道实现范围内针对接收机输入信号质量的不同值来表征接收机性能。 可以通过根据接收机输入信号质量选择信道质量度量并且在传播信道实现范围内满足定义的性能要求的期望概率,或者通过根据接收机输入信号质量和特定传播选择信道质量度量来生成信道质量信息 渠道实现。
    • 5. 发明授权
    • Generation, deployment and use of tailored channel quality indicator tables
    • 定制渠道质量指标表的生成,部署和使用
    • US07979075B2
    • 2011-07-12
    • US11555294
    • 2006-11-01
    • Jung-Fu ChengStephen J. GrantDennis HuiKarl James Molnar
    • Jung-Fu ChengStephen J. GrantDennis HuiKarl James Molnar
    • H04W72/00
    • H04L1/0026H04L1/0016H04L1/20H04W48/08H04W72/0413H04W72/085
    • Channel Quality Indicator (CQI) tables are tailored to one or more cells of interest. Tailoring CQI tables to individual cells permits devices such as radio base stations to more reliably and accurately allocate radio resources to those cells since channel conditions vary from cell to cell. According to one embodiment, a table of CQI values is composed by analyzing information indicating channel quality in a cell of interest and generating at least one table of CQI values tailored to the cell of interest based on the information analyzed. The tailored CQI table may be deployed to another device for use in reporting channel quality information. The device may report channel quality by accessing the tailored CQI and identifying the range of CQI values that includes a channel quality estimate derived by the device. The device generates a channel quality information message based on the identified range of CQI values.
    • 信道质量指示符(CQI)表针对感兴趣的一个或多个小区而定制。 由于信道条件因单元而异,所以将CQI表裁定到单个小区允许诸如无线电基站之类的设备更可靠地且准确地分配无线电资源给这些小区。 根据一个实施例,通过分析指示感兴趣的小区中的信道质量的信息并基于分析的信息生成针对感兴趣小区定制的CQI值的至少一个表格来组成CQI值表。 可以将定制的CQI表部署到用于报告信道质量信息的另一设备。 设备可以通过访问定制的CQI并且识别包括由设备导出的信道质量估计的CQI值的范围来报告信道质量。 该设备基于所识别的CQI值范围来生成信道质量信息消息。
    • 6. 发明申请
    • Method and Apparatus for Generating Channel Quality Information for Wireless Communication
    • 用于生成无线通信信道质量信息的方法和装置
    • US20110105046A1
    • 2011-05-05
    • US13005195
    • 2011-01-12
    • Karl James MolnarJung-fu ChengStephen J. GrantLeonid KrasnyYi-Pin Eric Wang
    • Karl James MolnarJung-fu ChengStephen J. GrantLeonid KrasnyYi-Pin Eric Wang
    • H04B17/00
    • H04L1/0019H04B2201/709727H04L1/0002H04L1/0026H04L1/20H04L25/0202H04L25/0222H04L27/2647
    • A method and apparatus for generating channel quality information, such as may be used for transmit link adaptation, provide different operating modes, such as a first mode that may be used when propagation channel estimates are not reliable, and a second mode that may be used when the propagation channel estimates are reliable. In one or more embodiments, channel quality information is generated using receiver performance information that characterizes receiver performance in terms of a defined channel quality metric, e.g., supported data rates, for different values of receiver input signal quality over a range of propagation channel realizations. Channel quality information can be generated by selecting channel quality metrics according to receiver input signal quality and a desired probability of meeting a defined performance requirement over a range of propagation channel realizations, or by selecting channel quality metrics according to receiver input signal quality and particularized propagation channel realizations.
    • 用于产生信道质量信息的方法和装置,例如可以用于发送链路自适应,提供不同的操作模式,例如当传播信道估计不可靠时可以使用的第一模式,以及可以使用的第二模式 当传播信道估计是可靠的。 在一个或多个实施例中,使用接收机性能信息来生成信道质量信息,所述接收机性能信息根据定义的信道质量度量(例如,支持的数据速率),在传播信道实现范围内针对接收机输入信号质量的不同值来表征接收机性能。 可以通过根据接收机输入信号质量选择信道质量度量并且在传播信道实现范围内满足定义的性能要求的期望概率,或者通过根据接收机输入信号质量和特定传播选择信道质量度量来生成信道质量信息 渠道实现。
    • 7. 发明授权
    • Method and apparatus for two-user joint demodulation in a system having transmit diversity
    • 在具有发射分集的系统中用于双用户联合解调的​​方法和装置
    • US07085332B2
    • 2006-08-01
    • US10017103
    • 2001-12-14
    • Karl James Molnar
    • Karl James Molnar
    • H04L27/06H04B1/69
    • H04B1/7105H04B7/0669H04L1/0618
    • Method and apparatus for two-user join demodulation in a system having transmit diversity. A receiver includes at least a detector unit and a channel estimation unit, and exploits transmit diversity employed by at least one of two users or transmitters on a channel. Symbol detection and channel estimation are performed in block or batch fashion, or recursively on a symbol-by-symbol basis. Joint detection makes use of transmit diversity by at least one of the transmitting users. Channel estimates can be updated using channel tracking. If the signals from the first user and the second user are asynchronous, detection can be accomplished in part through reference to a pulse-shape component. The receiver may be incorporated into a mobile communication terminal.
    • 在具有发射分集的系统中用于双用户连接解调的方法和装置。 接收机至少包括一个检测器单元和一个信道估计单元,并且利用一个信道上的两个用户或发射机中的至少一个采用的发射分集。 符号检测和信道估计以块或批量方式执行,或者逐个符号递归地执行。 联合检测利用至少一个发送用户的发射分集。 频道估算可以使用频道跟踪进行更新。 如果来自第一用户和第二用户的信号是异步的,则可以部分地通过参考脉冲形状分量来实现检测。 接收机可以并入到移动通信终端中。
    • 8. 发明授权
    • Automatic frequency control systems and methods for joint demodulation
    • 自动频率控制系统和联合解调方法
    • US06847688B1
    • 2005-01-25
    • US09699920
    • 2000-10-30
    • Karl James MolnarAbdulrauf HafeezHüseyin Arslan
    • Karl James MolnarAbdulrauf HafeezHüseyin Arslan
    • H04B7/005H03J7/04H04B1/16H04L25/02H04L25/03H04L1/00
    • H03J7/04H04L25/0204H04L25/03331H04L25/03337
    • A joint demodulator is configured to generate an estimated first frequency or first frequency error for the first signal and an estimated second frequency or second frequency error for the second signal. A first long-term automatic frequency control is responsive to the estimated first frequency or first frequency error, wherein the joint demodulator is responsive to the first long-term automatic frequency control. A second long-term automatic frequency control is responsive to the estimated second frequency or second frequency error, wherein the joint demodulator is responsive to the second long-term automatic frequency control. First and second local automatic frequency controls also may be included in the joint demodulator, wherein the first long-term automatic frequency control is responsive to the first local automatic frequency control and the second long-term automatic frequency control is responsive to the second local automatic frequency control. The first long-term automatic frequency control and the second long-term automatic frequency control can produce respective first and second frequency offset signals that are applied to the joint demodulator. Alternatively, a difference between the first and second frequency offsets is applied to the joint demodulator and the first frequency offset is applied to a downconverter that downconverts the jointly received first and second signals and provides the downconverted signals to the joint demodulator.
    • 联合解调器被配置为产生用于第一信号的估计的第一频率或第一频率误差以及用于第二信号的估计的第二频率或第二频率误差。 第一长期自动频率控制响应于估计的第一频率或第一频率误差,其中联合解调器响应于第一长期自动频率控制。 第二长期自动频率控制响应于估计的第二频率或第二频率误差,其中联合解调器响应于第二长期自动频率控制。 第一和第二局部自动频率控制也可以包括在联合解调器中,其中第一长期自动频率控制响应于第一局部自动频率控制,第二长期自动频率控制响应于第二局部自动频率控制 频率控制。 第一个长期自动频率控制和第二个长期自动频率控制可以产生施加到联合解调器的相应的第一和第二频偏信号。 或者,将第一和第二频率偏移之间的差施加到联合解调器,并且第一频率偏移被施加到下变频器,其下变频共同接收的第一和第二信号,并将下变频信号提供给联合解调器。