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    • 1. 发明授权
    • System and method for channel estimation
    • 信道估计的系统和方法
    • US08520781B2
    • 2013-08-27
    • US12846448
    • 2010-07-29
    • Jianfeng WengJason Robert DugganEdgar Filiberto VelezMartin KosakowskiJohn Puthen Panicker
    • Jianfeng WengJason Robert DugganEdgar Filiberto VelezMartin KosakowskiJohn Puthen Panicker
    • H04L1/00
    • H04L25/0232
    • A method for channel estimation includes receiving data at a number of frequency intervals in a frequency band over a number of first time intervals. A first set of channel estimates is determined for each pilot symbol within the data over a second time interval comprising at least one first time interval, and time-direction interpolation is performed to determine a second set of channel estimates for a number of data portions in a frequency interval using the first set of channel estimates. The frequency interval comprises a data portion comprising a pilot symbol. Frequency-direction interpolation is performed to determine a third set of channel estimates for each first time interval. The time-direction interpolation and the frequency-direction interpolation can be performed in reverse order with the channel estimates generated by the frequency-direction interpolation being used as inputs for time-direction interpolation.
    • 用于信道估计的方法包括以多个第一时间间隔在频带中以多个频率间隔接收数据。 在包括至少一个第一时间间隔的第二时间间隔内为数据内的每个导频符号确定第一组信道估计,并且执行时间方向内插以确定多个数据部分的第二组信道估计 使用第一组信道估计的频率间隔。 频率间隔包括包括导频符号的数据部分。 执行频率内插以确定每个第一时间间隔的第三组信道估计。 时间方向插值和频率方向插值可以以相反的顺序进行,频率方向插值产生的信道估计被用作时间插值的输入。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR CHANNEL ESTIMATION
    • 用于信道估计的系统和方法
    • US20120027140A1
    • 2012-02-02
    • US12846448
    • 2010-07-29
    • Jianfeng WengJason Robert DugganEdgar Filiberto VelezMartin KosakowskiJohn Puthen Panicker
    • Jianfeng WengJason Robert DugganEdgar Filiberto VelezMartin KosakowskiJohn Puthen Panicker
    • H04B1/10H04L27/00
    • H04L25/0232
    • A method for channel estimation includes receiving data at a number of frequency intervals in a frequency band over a number of first time intervals. A first set of channel estimates is determined for each pilot symbol within the data over a second time interval comprising at least one first time interval, and time-direction interpolation is performed to determine a second set of channel estimates for a number of data portions in a frequency interval using the first set of channel estimates. The frequency interval comprises a data portion comprising a pilot symbol. Frequency-direction interpolation is performed to determine a third set of channel estimates for each first time interval. The time-direction interpolation and the frequency-direction interpolation can be performed in reverse order with the channel estimates generated by the frequency-direction interpolation being used as inputs for time-direction interpolation.
    • 用于信道估计的方法包括以多个第一时间间隔在频带中以多个频率间隔接收数据。 在包括至少一个第一时间间隔的第二时间间隔内为数据内的每个导频符号确定第一组信道估计,并且执行时间方向内插以确定多个数据部分的第二组信道估计 使用第一组信道估计的频率间隔。 频率间隔包括包括导频符号的数据部分。 执行频率内插以确定每个第一时间间隔的第三组信道估计。 时间方向插值和频率方向插值可以以相反的顺序进行,频率方向插值产生的信道估计被用作时间插值的输入。
    • 3. 发明授权
    • Method and system for frequency scan using an adaptive measurement interval
    • 使用自适应测量间隔进行频率扫描的方法和系统
    • US08630643B2
    • 2014-01-14
    • US13180027
    • 2011-07-11
    • Jianfeng WengJason Robert DugganTimothy James Creasy
    • Jianfeng WengJason Robert DugganTimothy James Creasy
    • H04W4/00
    • H04W36/0083H04W48/20
    • Aspects of the present application include using adaptive measurement intervals to improve RSSI scan accuracy. A method may involve determining a first power value in respect of a first measurement time interval, determining whether or not the first power value meets at least one criterion, when the first power value does not meet the at least one criterion, determining at least one additional power value, selecting at least one power value from a set of power values that have been determined, the set including the first power value and the at least one additional power value, and determining the power value for use in cell selection or cell re-selection based on the selected at least one power value. The methods may be applied to any cell selection or re-selection scheme for which an adaptive measurement interval may be beneficial.
    • 本申请的方面包括使用自适应测量间隔来提高RSSI扫描精度。 一种方法可以包括确定关于第一测量时间间隔的第一功率值,当第一功率值不满足至少一个标准时,确定第一功率值是否满足至少一个准则,确定至少一个 附加功率值,从已经确定的一组功率值中选择至少一个功率值,该组包括第一功率值和至少一个附加功率值,以及确定在小区选择或小区重新使用中的功率值 - 基于所选择的至少一个功率值选择。 这些方法可以应用于任何小区选择或重选方案,其中自适应测量间隔可能是有益的。
    • 4. 发明授权
    • Method and system for frequency scan using a differential power metric
    • 使用差分功率度量进行频率扫描的方法和系统
    • US08606261B2
    • 2013-12-10
    • US13089866
    • 2011-04-19
    • Jianfeng WengJason Robert DugganTimothy James Creasy
    • Jianfeng WengJason Robert DugganTimothy James Creasy
    • H04W24/00
    • H04W48/16H04W24/02H04W48/20
    • Described herein are methods and devices for use in telecommunication cell selection and re-selection for which there may be multiple different sizes of transmission bandwidth configurations in a telecommunications operating band. For each of a plurality of channel hypotheses, in which each channel hypothesis has a hypothetical occupied portion and a hypothetical guard band portion, a respective metric is calculated based on a power value for the hypothetical occupied portion and a power value for the hypothetical guard band portion. Based on the metrics determined for the plurality of channel hypotheses, at least one channel hypothesis is selected for further processing for cell selection or re-selection. The metric is calculated by determining a difference between the power value for the hypothetical occupied portion and the power value for the hypothetical guard band portion.
    • 这里描述的是用于电信小区选择和重新选择的方法和装置,在电信工作频带中可能存在多种不同大小的传输带宽配置。 对于多个信道假设中的每个信道假设,其中每个信道假设具有假设占用部分和假设保护带部分,基于假想占用部分的功率值和假设保护带的功率值来计算相应度量 一部分。 基于为多个信道假设确定的度量,选择至少一个信道假设用于进一步处理小区选择或重新选择。 通过确定假想占用部分的功率值与假想保护带部分的功率值之间的差异来计算度量。