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    • 3. 发明授权
    • Methods and arrangements for determining radio characteristics of a radio link
    • 确定无线电链路的无线电特性的方法和装置
    • US08699942B2
    • 2014-04-15
    • US13129778
    • 2008-11-18
    • Pål FrengerNiklas JohanssonPeter Larsson
    • Pål FrengerNiklas JohanssonPeter Larsson
    • H04B3/36H04B1/60H04B7/15
    • H04B7/155H04W52/46
    • A method and arrangement in a first node (101) for determining radio characteristics of a radio link between a first repeater (103, 203) and at least one second repeater (104, 204) are provided. The first node sends a first message, to the first repeater (103, 203), instructing the first repeater (103, 203) to send a radio signal being measureable by the second repeater (104, 204). Furthermore, the first node sends a second message, to said at least one second repeater, instructing said at least one second repeater (104, 204) to measure on the radio signal. The first node receives measurement data of the radio signal, measured by said at least one second repeater (104, 204). The first node (101) determines radio characteristics of the radio link between the first repeater (103, 203) and said at least one second repeater based on the measurement data. Methods and arrangements in a first and second repeater and a method and arrangement in a second node for contributing to radio characteristics determination are provided.
    • 提供了用于确定第一中继器(103,203)和至少一个第二中继器(104,204)之间的无线电链路的无线电特性的第一节点(101)中的方法和装置。 第一节点向第一中继器(103,203)发送第一消息,指示第一中继器(103,203)发送可由第二中继器(104,204)测量的无线电信号。 此外,第一节点向所述至少一个第二中继器发送第二消息,指示所述至少一个第二中继器(104,204)在无线电信号上进行测量。 第一节点接收由所述至少一个第二中继器(104,204)测量的无线电信号的测量数据。 第一节点(101)基于测量数据确定第一中继器(103,203)和所述至少一个第二中继器之间的无线电链路的无线电特性。 提供了第一和第二中继器中的方法和布置以及用于有助于无线电特性确定的第二节点中的方法和装置。
    • 4. 发明申请
    • Methods and Arrangements for Frequency Selective Repetition
    • 频率选择重复的方法和布置
    • US20110081856A1
    • 2011-04-07
    • US12996678
    • 2009-06-22
    • Niklas JohanssonGunnar MildhPål FrengerPeter Larsson
    • Niklas JohanssonGunnar MildhPål FrengerPeter Larsson
    • H04B1/40H04B3/36
    • H04B7/15542Y02D70/1262Y02D70/1264Y02D70/446
    • Methods and apparatuses for enabling frequency selective repetition of signals in a telecommunication system in which aggregation of component carriers is applied. Information signals are received (1102) in a first set of frequency bands, which is defined to cover anchor carriers, which can be used by both legacy and non-legacy terminals. Further, information is received (1104) in a second set of frequency bands, which is defined to cover non-anchor carriers, which only can be used by non-legacy terminals. Instructions concerning which frequency band(s) that should be repeated by the repeater node, are also received (1106). Thereafter, the frequency bands indicated in the instructions are filtered out (1110), after which these frequency bands or parts are repeated by the repeater node. This results in enabling frequency selective repetition in a system which may comprise legacy mobile, which limits the interference in the system, which enables higher bitrates and saves energy.
    • 在应用分量载波的聚合的电信系统中,使信号频率选择性重复的方法和装置。 信息信号在第一组频带中被接收(1102),其被定义为覆盖可以由传统终端和非传统终端使用的锚定载波。 此外,在第二组频带中接收信息(1104),其被定义为覆盖只能由非传统终端使用的非锚定载波。 还接收关于中继器节点应该重复哪个频带的指令(1106)。 此后,滤除指令中指示的频带(1110),之后由中继器节点重复这些频带或部分。 这导致在可能包括传统移动设备的系统中实现频率选择性重复,这限制了系统中的干扰,其实现更高的比特率并节省能量。
    • 5. 发明授权
    • Enhancing outage capacity based on adaptive mode switching between on-frequency and frequency translation
    • 基于频率和频率转换之间的自适应模式切换增强中断容量
    • US08472367B2
    • 2013-06-25
    • US13128806
    • 2008-11-12
    • Peter LarssonRobert BaldemairPål FrengerNiklas Johansson
    • Peter LarssonRobert BaldemairPål FrengerNiklas Johansson
    • H04B7/14
    • H04W72/085H04B7/15557H04W84/047
    • A method includes determining channel quality feedback information characterizing the channels statistically and calculating, based on the channel quality feedback information, a robustness related measure, such as outage capacity, associated with an on-frequency mode of operation and a robustness related measure, such as an outage capacity, associated with a frequency translated mode of operation. The method includes selecting the on-frequency mode of operation or the frequency translated mode of operation that maximizes the robustness related measure, such as outage capacity. The method also includes transmitting a message to other devices to operate in the selected on-frequency or a frequency translated modes. The method also includes performing maximum ratio combining or interference rejection combining, by at least one of the other devices, when the message indicates to operate in the frequency translated mode.
    • 一种方法包括:基于信道质量反馈信息来确定表征信道的信道质量反馈信息,并根据信道质量反馈信息计算与频率工作模式相关联的鲁棒性相关度量,例如中断容量,以及鲁棒性相关度量,例如 与频率翻译操作模式相关联的中断容量。 该方法包括选择最大化鲁棒性测量(例如中断容量)的工频模式或频率转换操作模式。 该方法还包括向其他设备发送消息以在选定的频率或频率转换模式下操作。 该方法还包括当消息指示以频率转换模式操作时,由至少一个其他设备执行最大比率组合或抗干扰组合。
    • 6. 发明申请
    • Methods and Arrangements for Determining Radio Characteristics of a Radio Link
    • 确定无线电链路无线电特性的方法和布置
    • US20110223855A1
    • 2011-09-15
    • US13129778
    • 2008-11-18
    • Pål FrengerNiklas JohanssonPeter Larsson
    • Pål FrengerNiklas JohanssonPeter Larsson
    • H04B17/02
    • H04B7/155H04W52/46
    • A method and arrangement in a first node (101) for determining radio characteristics of a radio link between a first repeater (103, 203) and at least one second repeater (104, 204) are provided. The first node sends a first message, to the first repeater (103, 203), instructing the first repeater (103, 203) to send a radio signal being measureable by the second repeater (104, 204). Furthermore, the first node sends a second message, to said at least one second repeater, instructing said at least one second repeater (104, 204) to measure on the radio signal. The first node receives measurement data of the radio signal, measured by said at least one second repeater (104, 204). The first node (101) determines radio characteristics of the radio link between the first repeater (103, 203) and said at least one second repeater based on the measurement data. Methods and arrangements in a first and second repeater and a method and arrangement in a second node for contributing to radio characteristics determination are provided.
    • 提供了用于确定第一中继器(103,203)和至少一个第二中继器(104,204)之间的无线电链路的无线电特性的第一节点(101)中的方法和装置。 第一节点向第一中继器(103,203)发送第一消息,指示第一中继器(103,203)发送可由第二中继器(104,204)测量的无线电信号。 此外,第一节点向所述至少一个第二中继器发送第二消息,指示所述至少一个第二中继器(104,204)对无线电信号进行测量。 第一节点接收由所述至少一个第二中继器(104,204)测量的无线电信号的测量数据。 第一节点(101)基于测量数据确定第一中继器(103,203)和所述至少一个第二中继器之间的无线电链路的无线电特性。 提供了第一和第二中继器中的方法和布置以及用于有助于无线电特性确定的第二节点中的方法和装置。
    • 8. 发明授权
    • Methods and arrangements for frequency selective repetition
    • 频率选择性重复的方法和布置
    • US08718540B2
    • 2014-05-06
    • US12996678
    • 2009-06-22
    • Niklas JohanssonGunnar MildhPål FrengerPeter Larsson
    • Niklas JohanssonGunnar MildhPål FrengerPeter Larsson
    • H04B3/36
    • H04B7/15542Y02D70/1262Y02D70/1264Y02D70/446
    • Methods and apparatuses for enabling frequency selective repetition of signals in a telecommunication system in which aggregation of component carriers is applied. Information signals are received in a first set of frequency bands, which is defined to cover anchor carriers, which can be used by both legacy and non-legacy terminals. Further, information is received in a second set of frequency bands, which is defined to cover non-anchor carriers, which only can be used by non-legacy terminals. Instructions concerning which frequency band(s) that should be repeated by the repeater node, are also received. Thereafter, the frequency bands indicated in the instructions are filtered out, after which these frequency bands or parts are repeated by the repeater node. This results in enabling frequency selective repetition in a system which may comprise legacy mobile, which limits the interference in the system, which enables higher bitrates and saves energy.
    • 在应用分量载波的聚合的电信系统中,使信号频率选择性重复的方法和装置。 在第一组频带中接收信息信号,其被定义为涵盖可以由传统和非遗留终端使用的锚定载波。 此外,在第二组频带中接收信息,其被定义为覆盖只能由非传统终端使用的非锚定载波。 还将接收关于中继器节点应该重复哪个频带的指令。 此后,滤除指令中指示的频带,之后由中继器节点重复这些频带或部分。 这导致在可能包括传统移动设备的系统中实现频率选择性重复,这限制了系统中的干扰,其实现更高的比特率并节省能量。