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    • 2. 发明申请
    • CELLULAR COMMUNICATION SYSTEM AND METHOD FOR CO-EXISTENCE OF DISSIMILAR SYSTEMS
    • 细胞通信系统和共存系统的共存方法
    • WO2007042443A1
    • 2007-04-19
    • PCT/EP2006/067055
    • 2006-10-04
    • IPWIRELESS INCBEALE, MartinANDERSON, Nicholas
    • BEALE, MartinANDERSON, Nicholas
    • H04Q7/36
    • H04W16/14
    • A cellular communication system comprises first and second serving communication units supporting respective first and second time division duplex (TDD) modes of operation on respective first and substantially frequency-adjacent second frequency channels comprising a plurality of uplink transmission resources divided into uplink timeslots and a plurality of downlink transmission resources divided into downlink timeslots. The first and second modes of TDD operation are dissimilar and communications cover substantially the same geographic area. The first serving communication unit transmits a plurality of idle periods in the first mode of operation arranged to encompass a time period used by the second serving communication unit for switching communication between downlink and uplink transmissions of the second mode of operation.
    • 蜂窝通信系统包括第一和第二服务通信单元,其支持各自的第一和基本上频率相邻的第二频率信道上的相应的第一和第二时分双工(TDD)模式,包括分成上行链路时隙的多个上行链路传输资源和多个 的下行链路传输资源划分为下行链路时隙。 TDD操作的第一和第二模式是不相似的,通信覆盖基本上相同的地理区域。 第一服务通信单元发送第一操作模式中的多个空闲时段,其被布置为包含由第二服务通信单元使用的用于切换第二操作模式的下行链路和上行链路传输之间的通信的时间段。
    • 3. 发明申请
    • SYSTEM, TRANSMITTER, RECEIVER AND METHOD FOR COMMUNICATION POWER CONTROL
    • 系统,发射机,接收机和通信功率控制的方法
    • WO2003098836A1
    • 2003-11-27
    • PCT/GB2003/002119
    • 2003-05-15
    • IPWIRELESS, INC.ANDERSON, Nicholas
    • ANDERSON, Nicholas
    • H04B7/005
    • H04W52/08H04W52/12H04W52/20H04W52/24
    • A system, transmitter, receiver and method for communication power control by the transmitting entity (150A) keeping a sequence number counter (200) per UE (130A) that is incremented whenever a common channel transmission is made specifically to that UE. The value of the counter is signalled inside the message itself (or possibly by other signalling means) across the Uu interface. When the intended recipient UE correctly decodes a message, it also decodes the counter value. It compares this counter value with the last correctly received sequence number, which it holds in a memory (300), and deduces whether there are any missing sequence numbers, and accordingly effects transmission power control
    • 一种用于由发送实体(150A)进行通信功率控制的系统,发射机,接收机和方法,保持每个UE(130A)的序列号计数器(200A),每当对该UE进行公共信道传输时,其递增。 通过Uu接口,消息本身(或者可能由其他信令装置)内的信号通知计数器的值。 当预期的接收者UE正确地解码消息时,它也解码计数器值。 它将该计数器值与其在存储器(300)中保存的最后正确接收的序列号进行比较,并推断是否存在任何缺少的序列号,并因此影响发射功率控制
    • 4. 发明申请
    • AGC SCHEME AND RECEIVER FOR USE IN A WIRELESS COMMUNICATION SYSTEM
    • AGC方案和接收机用于无线通信系统
    • WO2003013190A2
    • 2003-02-13
    • PCT/GB2002/003551
    • 2002-07-31
    • IPWIRELESS, INC.ANDERSON, Nicholas
    • ANDERSON, Nicholas
    • H04S7/00
    • H04W52/52H03G3/3052H03G3/3078H04W52/225H04W52/226H04W52/24H04W52/50
    • Automatic gain control (AGC) and synchronisation acquisition by a communication unit in a wireless communication system, e.g. a Universal Mobile Telecommunication System (UMTS) system, is described. AGC is performed using a downlink beacon function, for example a power level (P beacon ). Amplitude-equalising (limiting) is performed as part of synchronisation acquisition. Separate AGC processes are used for different stages of synchronisation acquisition. One AGC process uses a peak power (P (k)) of a received signal over a frame. Another AGC process uses a peak power (P (k)) of a received signal over only a portion of a frame, the portion comprising an initial synchronisation code. Another AGC process uses measurements of a received signal (P 0 (k)) taken in a downlink beacon timeslot. These processes tend to provide tolerance to a varying number of codes (M) transmitted on a timeslot-by-timeslot basis and robust initial synchronisation in the presence of strong uplink interference.
    • 无线通信系统中的通信单元的自动增益控制(AGC)和同步​​采集,例如, 描述了通用移动电信系统(UMTS)系统。 使用下行链路信标功能(例如功率电平(Pbeacon))来执行AGC。 幅度均衡(限制)作为同步采集的一部分进行。 单独的AGC过程用于不同阶段的同步采集。 一个AGC过程使用帧上的接收信号的峰值功率(P(k))。 另一AGC过程使用仅在帧的一部分上的接收信号的峰值功率(P(k)),该部分包括初始同步码。 另一个AGC过程使用在下行链路信标时隙中采用的接收信号(P0(k))的测量。 这些过程倾向于在存在强上行链路干扰的情况下,在逐个时隙基础上传输的不同数量的码(M)和鲁棒的初始同步提供容限。
    • 7. 发明申请
    • SYSTEM AND SCHEDULER FOR INTERCELL INTERFERENCE CANCELLATION
    • 用于INTERCELL干扰消除的系统和调度器
    • WO2007147810A1
    • 2007-12-27
    • PCT/EP2007/056037
    • 2007-06-18
    • IPWIRELESS INCANDERSON, Nicholas
    • ANDERSON, Nicholas
    • H04Q7/38
    • H04W72/1231H04B17/345H04J11/005H04L5/0023H04L5/0028H04L5/0073H04W72/082H04W72/085
    • Embodiments of the invention provide a controller, in a cellular wireless network for cancellation of interference from neighboring cells. Logic in the controller determines channel quality of a radio channel between a first base station and a UE. Scheduling logic causes the first base station to adjust a number of data streams used for communication with the UE and a second base station to adjust a number of data streams used for communication to a second UE within a time period, as a function of the channel quality. Other embodiments provide an apparatus for reducing interference in a receiver that receives N data streams. Signal processing logic receives the N data streams, where N-M of the data streams represent interference with respect to M desired data streams, and cancels the N-M data streams so as to receive the M desired data streams. The N data streams may be received from multiple base stations, or multiple UEs.
    • 本发明的实施例提供了一种用于消除来自相邻小区的干扰的蜂窝无线网络中的控制器。 控制器中的逻辑确定第一基站和UE之间的无线电信道的信道质量。 调度逻辑使得第一基站调整用于与UE通信的数据流的数量,以及第二基站,用于在一段时间内将用于与第二UE通信的数据流的数量作为该信道的函数 质量。 其他实施例提供了一种用于减少接收N个数据流的接收机中的干扰的装置。 信号处理逻辑接收N个数据流,其中数据流的N-M表示相对于M个所需数据流的干扰,并且取消N-M个数据流,以便接收M个期望的数据流。 可以从多个基站或多个UE接收N个数据流。
    • 8. 发明申请
    • DATA PACKET TYPE RECOGNITION SYSTEM
    • 数据包类识别系统
    • WO2007023044A1
    • 2007-03-01
    • PCT/EP2006/064460
    • 2006-07-20
    • IPWIRELESS INCANDERSON, Nicholas
    • ANDERSON, Nicholas
    • H04L29/06
    • H04L1/0041H04L1/0046H04L1/0061
    • Embodiments of the present invention distinguish a first type of data packet transmitted over a random access communication channel of a wireless cellular communications system from a second type of data packet transmitted over the same random access communication channel, allowing the first and second data packet data packet types to share a common set of rando m access channels through the use of different types of channel coding. This reduces data packet collision probability by eliminating the need to segregate the set of random access channels according to data packet type. Backward compatibility with legacy base stations that handle only the first data packet type is maintained in that no changes to the first data packet type are needed.
    • 本发明的实施例将通过无线蜂窝通信系统的随机接入通信信道发送的第一类型的数据分组与通过相同的随机接入通信信道发送的第二类型的数据分组进行区分,从而允许第一和第二数据分组数据分组 类型通过使用不同类型的通道编码来共享一组通用的rando m访问通道。 这通过消除根据数据分组类型来隔离该组随机接入信道的需要来减少数据分组冲突概率。 与仅处理第一数据分组类型的传统基站的向后兼容性被维持为不需要对第一数据分组类型的改变。