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    • 4. 发明申请
    • THERMAL NOISE FLOOR ESTIMATION ROBUSTNESS VIA MULTI-CARRIER COMBINING
    • 通过多载波组合的热噪声估计鲁棒性
    • WO2014014393A1
    • 2014-01-23
    • PCT/SE2012/050838
    • 2012-07-16
    • TELEFONAKTIEBOLAGET L M ERICSSON (publ)WIGREN, TorbjörnKLERBORG, Johan
    • WIGREN, TorbjörnKLERBORG, Johan
    • H04B17/00
    • H04W52/243H04B17/345H04W52/146H04W52/16
    • The present invention provides methods and arrangements 300 which are configured to determine a noise rise estimates in a radio access node of a Radio Network System 100 supporting Multi-Carrier High-Speed Packet Access transmission of user radio traffic between a radio access node and one or more User Equipments. The arrangement is provided with a combiner combining the estimated thermal noise power floors of all carriers of a set of carriers sharing the same antenna branch, into a single thermal noise power floor estimate, valid for all carriers in said set of carriers sharing the same analogue signal path. A noise rise determiner computes noise rise estimates as a quotient of the momentary received total wideband power of a carrier related to an analogue signal path, and said combined thermal noise power floor for said analogue signal path.
    • 本发明提供了方法和装置300,其被配置为确定无线网络系统100的无线电接入节点中的噪声上升估计,该无线电网络系统100支持无线电接入节点与一个或多个无线电接入节点之间的用户无线电业务的多载波高速分组接入传输 更多的用户设备。 该装置设置有组合器,其将共享相同天线分支的一组载波的所有载波的估计热噪声功率层结合成单个热噪声功率层估计,对于共享相同模拟的所述载波组中的所有载波有效 信号路径。 噪声上升确定器计算噪声上升估计作为与模拟信号路径相关的载波的瞬时接收总宽带功率的商和所述模拟信号路径的所述组合热噪声功率层。
    • 9. 发明申请
    • ENHANCEMENT OF POSITIONING QUALITY OF SERVICE
    • 提高定位服务质量
    • WO2011126419A1
    • 2011-10-13
    • PCT/SE2010/050834
    • 2010-07-13
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)SIOMINA, IanaWIGREN, Torbjörn
    • SIOMINA, IanaWIGREN, Torbjörn
    • H04W28/16H04W28/24H04W52/26
    • H04W4/023G01S5/0263H04W4/025H04W64/00
    • Teachings herein improve selection of the positioning method(s) used to obtain positioning information responsive to a positioning request, by approaching positioning QoS holistically. Approached holistically, a joint QoS metric as taught herein takes into account the joint effect of individual QoS parameters of a positioning method, or the joint effect of multiple methods in a sequence. Processing in one or more embodiments thus includes determining a joint QoS metric for each of a plurality of candidate positioning methods or sequences, and selecting a positioning method or sequence based on those joint QoS metrics. By selecting a positioning method or sequence in this way, holistically based on joint QoS metrics rather than a piecemeal approach based on a one-by-one check of individual QoS parameters, selection proceeds flexibly according to actual QoS requirements of position-based services and/or systematically according to the joint effect of multiple positioning methods.
    • 本文的教导通过整体地接近定位QoS来改进用于通过定位请求获得定位信息的定位方法的选择。 以全局方式接近,本文所述的联合QoS度量考虑了定位方法的各个QoS参数的联合效应,或者多个方法在序列中的联合效应。 因此,在一个或多个实施例中的处理包括确定多个候选定位方法或序列中的每一个的联合QoS度量,以及基于这些联合QoS度量来选择定位方法或序列。 通过以这种方式选择定位方法或序列,基于联合QoS度量而不是基于对各个QoS参数的逐一检查的零碎方法,选择根据基于位置的服务的实际QoS要求灵活地进行,并且 /或系统地根据多种定位方法的联合作用。