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    • 1. 发明授权
    • Handovers of user equipment connections in wireless communications systems
    • 在无线通信系统中切换用户设备连接
    • US07167709B2
    • 2007-01-23
    • US10759415
    • 2004-01-16
    • Uwe SchwarzPeter MuszynskiKari Rikkinen
    • Uwe SchwarzPeter MuszynskiKari Rikkinen
    • H04Q7/20
    • H04W36/06
    • An inter-frequency handover of a UE connection is performed in which the frequency of the uplink connection from the UE to a base station remains the same and the frequency of the downlink connection from the base station to the UE changes from a first downlink frequency to a second downlink frequency. A request for the handover is transmitted from the base station. The request containing information indicating the second downlink frequency and information indicating that the uplink frequency remains the same. In response to the request, the physical layer of the uplink connection is maintained while changing the downlink frequency from the first downlink frequency to the second downlink frequency.
    • 执行UE连接的频间切换,其中从UE到基站的上行链路连接的频率保持相同,并且从基站到UE的下行链路连接的频率从第一下行链路频率改变为 第二下行链路频率。 从基站发送切换请求。 该请求包含指示第二下行链路频率的信息和指示上行链路频率保持相同的信息。 响应于该请求,在将下行链路频率从第一下行链路频率改变到第二下行链路频率的同时维持上行链路连接的物理层。
    • 4. 发明授权
    • Semi-hard handoff in a cellular telecommunications systems
    • 蜂窝电信系统中的半硬切换
    • US5790528A
    • 1998-08-04
    • US676392
    • 1996-12-13
    • Peter Muszynski
    • Peter Muszynski
    • H04B7/26H04W36/12H04W36/18H04Q7/38
    • H04W36/12H04B7/2628H04W36/18
    • In a CDMA cellular telecommunications system, comprising mobile exchanges (MSC), base stations (BS) and mobile stations (MS), a new CDMA handoff procedure, a semi-hard handoff, is employed. Semi-hard handoff takes place within one and the same border base station (BS12), located in the boundary of two service areas (SA1, SA2) which are controlled by neighbouring mobile exchanges (MSC1, MSC2). This border base station is connected to and can be accessed from both of these neighbouring mobile exchanges. The inventive semi-hard handoff is a network based handoff of the communication control functions from the first to the second neighbouring mobile exchange without interrupting the active CDMA radio communications between the border base station (BS12) and the mobile station (MS).
    • PCT No.PCT / FI94 / 00038 Sec。 371日期1996年12月13日第 102(e)日期1996年12月13日PCT 1994年1月27日提交PCT在CDMA蜂窝电信系统中,包括移动交换(MSC),基站(BS)和移动台(MS),新的CDMA切换过程,半 - 硬盘切换,被雇用。 半硬切换发生在位于由相邻移动交换机(MSC1,MSC2)控制的两个服务区域(SA1,SA2)的边界内的同一边界基站(BS12)内。 该边界基站连接到这两个相邻的移动交换机并且可以从这两个相邻的移动交换机访问。 本发明的半硬切换是在不中断边界基站(BS12)和移动站(MS)之间的有效CDMA无线电通信的情况下,从第一至第二相邻移动交换机的通信控制功能的网络切换。
    • 8. 发明授权
    • RAKE receiver
    • RAKE接收机
    • US06215814B1
    • 2001-04-10
    • US09571138
    • 2000-05-15
    • Juha YlitaloPeter MuszynskiEsa TiirolaToni Neffling
    • Juha YlitaloPeter MuszynskiEsa TiirolaToni Neffling
    • H04B169
    • H04B1/712H04B1/7115H04B7/0857H04B2201/709727
    • The invention relates to a RAKE receiver of a CDMA system using IRC, the receiver receiving a radio signal by using at least two antenna branches. In accordance with the invention a RAKE finger comprises: a weighting coefficient part for forming weighting coefficients maximizing the Signal-to-Interference-and-Noise Ratio for each antenna branch; a multiplier for multiplying a pilot part, despread by a despreader in each antenna branch, by a weighting coefficient; a multiplier for multiplying a data part, despread by a despreader in each antenna branch, by a weighting coefficient; an antenna branch summer for combining the despread pilot parts, received via the separate antenna branches and multiplied by the weighting coefficient, to one pilot signal; an antenna branch summer for combining the despread data parts, received via the separate antenna branches and multiplied by the weighting coefficient, to one data signal. In addition, the receiver comprises a RAKE finger summer for combining the data signals of the RAKE fingers operating by different delays to a sum data signal representing the received bits.
    • 本发明涉及使用IRC的CDMA系统的RAKE接收机,该接收机通过使用至少两个天线分支来接收无线电信号。 根据本发明,RAKE手指包括:加权系数部分,用于形成最大化每个天线分支的信号与干扰与噪声比的加权系数; 乘法器,用于将由每个天线分支中的解扩器解扩的导频部分乘以加权系数; 乘法器,用于将由每个天线分支中的解扩器解扩的数据部分乘以加权系数; 一个天线分支加法器,用于将通过分离的天线分支接收并被乘以加权系数的解扩导频部分组合成一个导频信号; 天线分支加法器,用于将通过分离的天线分支接收并被乘以加权系数的解扩数据部分组合成一个数据信号。 此外,接收机包括RAKE拨号加法器,用于将由不同延迟操作的RAKE指针的数据信号组合到表示所接收的比特的和数据信号。
    • 9. 发明授权
    • Method for providing angular diversity, and base station equipment
    • 提供角度分集的方法以及基站设备
    • US06212406B1
    • 2001-04-03
    • US08971220
    • 1997-11-14
    • Ilkka KeskitaloPeter MuszynskiJaana Laiho-Steffens
    • Ilkka KeskitaloPeter MuszynskiJaana Laiho-Steffens
    • H04Q730
    • H04B7/10
    • A base station equipment for receiving and transmitting a signal of a desired user, which signal to be received may arrive at the equipment along several different paths with several different delays, and which equipment includes one or more antenna arrays composed of several elements, one or more channel units having components for phasing the signal to be transmitted and received by the antenna array in such a way that the gain from the antenna array is the greatest in the desired directions. Each channel unit includes components for searching for the incoming directions and delays of the received signal components, and components for controlling the phasing components on the basis of the information in such a way that the angle of the greatest gain of the antenna beams is deflected in the environment of the desired directions.
    • 用于接收和发送所需用户的信号的基站设备,哪个待接收的信号可以通过几个不同的延迟到达具有若干不同路径的设备,并且哪些设备包括由若干元件组成的一个或多个天线阵列,一个或多个 更多的信道单元具有用于使由天线阵列发送和接收的信号相位的部件,使得来自天线阵列的增益在期望方向上最大。 每个通道单元包括用于搜索接收到的信号分量的输入方向和延迟的组件,以及用于基于信息控制相位分量的组件,使得天线束的最大增益的角度被偏转 所需方向的环境。