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    • 3. 发明申请
    • RADIO SYSTEM FOR CORDLESS SUBSCRIBER LINE INTERFACE
    • 无线用户线路接口的无线电系统
    • WO9621998A3
    • 1996-09-12
    • PCT/FI9600007
    • 1996-01-03
    • NOKIA TELECOMMUNICATIONS OYPOSTI HARRI
    • POSTI HARRI
    • H04J3/00H04B7/005H04J3/14H04W52/54H04W84/14H04W88/08H04Q
    • H04W88/08H04W52/54H04W84/14
    • The invention relates to a wireless local loop system comprising base stations and an access network node which connects the cordless terminal equipments (T) to the exchange of the fixed network. The air interface between the cordless terminal equipment and the base station (2, 3) is mainly in accordance with the GSM mobile system. In addition to the base station, the terminal equipment (T) also measures the field strength and quality of the radio channel. There are at least two measurement periods during a multiframe of a traffic channel (TCH), and the terminal equipment transmits the measurement results of the first measurement period in a single burst in a time slot of a slow associated control channel (SACCH) and the measurement results of the second measurement period in a single burst in a time slot of an IDLE frame. There are at least two transmissions of control information during the multiframe, and the base station transmits the first control information in a single burst in a time slot of the SACCH and the second control information in a single burst in a time slot of the IDLE frame. In this manner the measurement period can be made shorter than the frequency of the Rayleigh fading.
    • 本发明涉及一种无线本地环路系统,包括基站和将无绳终端设备(T)连接到固定网络的交换机的接入网络节点。 无绳终端设备和基站(2,3)之间的空中接口主要与GSM移动系统一致。 除了基站之外,终端设备(T)还测量无线电信道的场强和质量。 在业务信道(TCH)的复帧中存在至少两个测量周期,并且终端设备在慢速关联控制信道(SACCH)的时隙中的单个突发中发送第一测量周期的测量结果,并且将 在IDLE帧的时隙中的单个突发中的第二测量时段的测量结果。 在复帧期间至少有两次控制信息的传输,并且基站在SACCH的时隙中的单个突发中发送第一控制信息,并且在IDLE帧的时隙中的单个突发中发送第二控制信息 。 以这种方式,测量周期可以比瑞利衰落的频率短。
    • 5. 发明申请
    • RECEPTION METHOD AND RECEIVER
    • 接收方式和接收方
    • WO9930438A3
    • 1999-08-12
    • PCT/FI9800950
    • 1998-12-07
    • NOKIA TELECOMMUNICATIONS OYPOSTI HARRINIEMELAE KARIVIKAMAA SAKARI
    • POSTI HARRINIEMELAE KARIVIKAMAA SAKARI
    • H04J3/00H04B7/26H04B7/212
    • H04B7/2646
    • The invention relates to a reception method and a receiver used in a TDMA radio system. The receiver receives signals placed in time slots allowing the receiver to establish connections. The receiver receives the signals, which are placed in time slots and vary in strength. The receiver comprises amplification means (132, 136) amplifying the received signals with an amplification coefficient of a particular size. The receiver is arranged to receive connection establishing signals from time slots and to form at least two sets of time slots from the time slots, and the amplification means (132, 136) amplify the signals in different sets of time slots with an amplification coefficient of a different size. The amplification means (132, 136) amplify the signals in the same set of time slots with an amplification coefficient of the same size. The receiver comprises measurement means (150) for measuring the strength of the signal received by the receiver, and placing means (160) for placing the connection establishing signal into the set of time slots based on the strength measurement performed for the received signal.
    • 本发明涉及在TDMA无线电系统中使用的接收方法和接收机。 接收器接收放置在时隙中的信号,允许接收机建立连接。 接收器接收信号,它们放置在时隙中并且强度变化。 接收机包括用特定尺寸的放大系数放大接收信号的放大装置(132,136)。 接收机被配置为从时隙接收建立建立信号并且从时隙形成至少两组时隙,并且放大装置(132,136)以不同的时隙集合中的信号放大 不同的大小。 放大装置(132,136)以相同大小的放大系数放大同一组时隙中的信号。 接收机包括用于测量由接收机接收的信号的强度的测量装置(150),以及用于基于对接收到的信号执行的强度测量,将连接建立信号放置在该组时隙中的放置装置(160)。
    • 7. 发明申请
    • INCREASING CAPACITY IN A CELLULAR MOBILE TELEPHONE NETWORK
    • 增加蜂窝电话网络中的容量
    • WO1996037082A1
    • 1996-11-21
    • PCT/FI1996000237
    • 1996-04-30
    • NOKIA TELECOMMUNICATIONS OYPOSTI, Harri
    • NOKIA TELECOMMUNICATIONS OY
    • H04Q07/36
    • H04W52/346H04W16/02H04W16/12H04W16/32
    • In the cellular mobile telephone network of the invention, at least one carrier of the frequency group of a cell is transmitted at a lower power than the highest allowed transmission power of the base station, the radio coverage of the lower-power carrier thus establishing a sub-cell (1) within the mother cell S1. When a mobile station is located within the sub-cell (1), it is allocated a traffic channel the frequency of which is the frequency of the lower carrier, and when a mobile station is located outside (2) the sub-cell but within the moter cell, it is allocated a traffic channel the frequency of which is the frequency of a high-power carrier. As the mobile station moves into a sub-cell or correspondingly out of it, a handover is performed in which the mobile station is allocated a traffic channel which uses a lower-power or, correspondingly, a higher-power carrier. The frequency reuse factor can thus be reduced as regards the lower-power carriers.
    • 在本发明的蜂窝移动电话网中,以比基站的最高允许发送功率低的功率发送小区的频率组的至少一个载波,低功率载波的无线覆盖由此建立 母细胞S1内的子细胞(1)。 当移动站位于子小区(1)内时,分配其频率是下行载波的频率的业务信道,并且当移动站位于(2)子小区之外时 该电动机单元,其被分配有一个频道,其频率是高功率载波的频率。 当移动站移动到子小区或相应地移出其中时,执行切换,其中移动站被分配使用较低功率或相应地较高功率的载波的业务信道。 因此,可以减少关于低功率载波的频率复用因子。