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    • 3. 发明授权
    • Method for dividing a frame structure in a mobile station
    • 移动台中的帧结构划分方法
    • US5442635A
    • 1995-08-15
    • US186095
    • 1993-09-15
    • Bengt Y. Persson
    • Bengt Y. Persson
    • H04J3/00H04B1/40H04B7/26H04J3/14H04Q7/36H04Q7/38H04J3/16
    • H04B7/2656
    • A method for dividing a frame structure for a mobile telephone system which operates in half-duplex, i.e. in which the transmission and reception of signals in a mobile takes place within mutually separate time-slots (TS0 and TM0 respectively). Each frame includes three time-slots, each intended for transmission and reception. According to the method, the frame structure is divided so that transmission (TX) first takes place in a transmission time-slot (TS0). Reception (RX) then takes places in a reception time-slot (TM0) which is separate from the transmission time-slot (TS0). Subsequent to reception (RX), the frame structure includes an idle time (t.sub.1) which remains until further transmission (TX) takes place in the next-following frame. The method enables the frequency synthesizer (FM) of the mobile in the reception direction to be set to a channel (f.sub.x) different to the reception channel (f.sub.m) and then to be reset accurately to the reception channel (f.sub.m).
    • 一种用于划分半双工操作的移动电话系统的帧结构的方法,即移动站中的信号的发送和接收发生在相互独立的时隙(分别为TS0和TM0)内。 每个帧包括三个时隙,每个时隙用于发送和接收。 根据该方法,分割帧结构,使得首先在传输时隙(TS0)中进行传输(TX)。 接收(RX)然后在与传输时隙(TS0)分离的接收时隙(TM0)中进行处理。 在接收(RX)之后,帧结构包括保持直到在下一帧中发生进一步传输(TX)的空闲时间(t1)。 该方法使移动台的接收方向的频率合成器(FM)能够被设定为与接收信道(fm)不同的信道(fx),然后被准确地复位到接收信道(fm)。
    • 4. 发明授权
    • Methods in a cellular mobile radio communication system
    • 蜂窝移动无线电通信系统中的方法
    • US5487174A
    • 1996-01-23
    • US35797
    • 1993-03-23
    • Bengt Y. Persson
    • Bengt Y. Persson
    • H04B7/26H04B7/005H04W36/08H04W52/40H04Q7/22
    • H04W36/30H04W52/40
    • The invention relates to methods for handling a bidirectional connection involving a mobile station in a cellular mobile radio communication system having adjacent cells of substantially different sizes, wherein the mobile station estimates the strength of radio signals received from base stations for cells of different sizes, the signal strength of radio signals received from the mobile station by base stations for cells of different sizes are estimated, decisions on which base station(s) should be responsible for an uplink channel of a bidirectional connection are based on uplink parameters including estimated strength for signals received at base stations, the signal strength at the base station(s) responsible for the uplink channel is used for controlling the output power of the mobile station, and decisions on which base station(s) should be responsible for the downlink channel of a bidirectional connection are based on downlink parameters including estimated strength of radio signals from base stations received at the mobile station.
    • 本发明涉及用于在具有基本不同大小的相邻小区的蜂窝移动无线电通信系统中处理涉及移动台的双向连接的方法,其中移动台估计从基站接收到的不同大小的小区的无线电信号的强度, 估计从基站接收到的不同大小小区的移动台的无线电信号的信号强度,基于哪个基站应该负责双向连接的上行链路信道的决定是基于上行链路参数,包括信号的估计强度 在基站接收时,负责上行链路信道的基站的信号强度用于控制移动台的输出功率,以及对哪个基站应负责下行链路信道的决定 双向连接基于下行链路参数,包括无线电信号的估计强度 来自移动站接收的基站的nals。
    • 7. 发明授权
    • Synchronizing method in a mobile radio system
    • 移动无线电系统中的同步方法
    • US5293423A
    • 1994-03-08
    • US987244
    • 1992-12-07
    • Jan E. .ANG.. S. DahlinWalter GhislerBengt Y. Persson
    • Jan E. .ANG.. S. DahlinWalter GhislerBengt Y. Persson
    • H04B7/26H04K1/00H04L9/12H04W12/00
    • H04W12/02H04K1/00H04L9/0891H04L9/12H04L2209/80
    • A synchronizing method in a mobile radio system which operates with Time Division Multiple Access (TDMA) but which lacks global time reference for all base stations and mobiles in the system. The inventive method is intended for ciphered transmission of data and speech in accordance with a given ciphering key (E2). When handing-over a call, the ciphering synchronism is lost. In accordance with the method, subsequent to hand-off (the time t.sub.2), the take-over base station (BS2) signals non-ciphered information (S1) to the mobile (MS) disclosing the number of frames (R1-R13) which shall pass until ciphering can again be commenced, calculated from a given frame (R1). Call information is transmit the following frame (R2), this information now being ciphered with the aid of a ciphering key (E1) different to the original key. This other ciphering key consists of a periodic bit sequence having a period which is equal to one frame interval.
    • 移动无线电系统中的同步方法,其使用时分多址(TDMA)操作,但是对于系统中的所有基站和移动台缺少全局时间参考。 本发明的方法旨在根据给定的加密密钥(E2)进行数据和语音的加密传输。 移交电话时,加密同步丢失。 根据该方法,在切换(时间t2)之后,接收基站(BS2)向公布帧数(R1-R13)的移动台(MS)发送未加密信息(S1) 它将通过,直到从给定的帧(R1)计算出加密可以再次开始。 呼叫信息发送下一帧(R2),该信息现在通过与原始密钥不同的加密密钥(E1)进行加密。 这个其他加密密钥由具有等于一个帧间隔的周期的周期性比特序列组成。