会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 81. 发明授权
    • Apparatus and method of early decoding in communication systems
    • 通信系统中早期解码的装置和方法
    • US07308636B2
    • 2007-12-11
    • US10382953
    • 2003-03-05
    • Stein A. Lundby
    • Stein A. Lundby
    • H03M13/00
    • H03M13/6368H03M13/27
    • A method and apparatus for decoding a frame of interleaved information bits in a communication system, where the decoding of the frame of interleaved information bits may begin before all of the bits in the frame are received. The frame of interleaved information bits has a frame start time and a frame end time. The frame also includes a first fractional segment that has a start time that is the same as the frame start time and an end time that is before the frame end time. Prior to transmission of the frame of interleaved information bits to a decoding site, all bits in the frame are encoded at a code rate R to provide encoded bits, and the encoded bits are positioned in the interleaved frame in accordance with an interleaving pattern that stores bits having a code rate R1 within a first fractional segment of the interleaved frame.
    • 一种用于在通信系统中对交织信息比特的帧进行解码的方法和装置,其中交织的信息比特的帧的解码可以在所有帧中的所有比特被接收之前开始。 交错信息位的帧具有帧开始时间和帧结束时间。 帧还包括具有与帧开始时间相同的开始时间的第一分数段和在帧结束时间之前的结束时间。 在将交错信息比特帧传输到解码站点之前,帧中的所有比特以码率R进行编码以提供编码比特,并且根据存储的交织模式将经编码的比特位于交织帧中 在交织帧的第一分数段内具有码率R 1的比特。
    • 84. 发明授权
    • Low delay decoding
    • 低延时解码
    • US06834090B2
    • 2004-12-21
    • US09896289
    • 2001-06-28
    • Stein A. Lundby
    • Stein A. Lundby
    • H03O100
    • H03M13/6368H03M13/27
    • A method and apparatus for decoding a frame of interleaved information bits in a communications system, where the decoding of the frame of interleaved information bits may begin before all of the bits in the frame are received at a decoding site. The frame of interleaved information bits has a frame start time and a frame end time. The frame also includes a first fractional segment that has a start time that is the same as the frame start time and an end time that is before the frame end time.
    • 一种在通信系统中对交错信息比特的帧进行解码的方法和装置,其中交织的信息比特的帧的解码可以在解码站点接收到所有帧中的所有比特之前开始。 交错信息位的帧具有帧开始时间和帧结束时间。 帧还包括具有与帧开始时间相同的开始时间的第一分数段和在帧结束时间之前的结束时间。
    • 85. 发明授权
    • Method and apparatus for adjusting a signal-to-interference threshold in a closed loop power control communications system
    • 用于在闭环功率控制通信系统中调整信号与干扰阈值的方法和装置
    • US06529482B1
    • 2003-03-04
    • US09340499
    • 1999-06-30
    • Stein A. Lundby
    • Stein A. Lundby
    • H04J314
    • H04W52/221H04W52/12
    • A method and apparatus for dynamically adjusting the signal-to-interference ratio (SIR) threshold used to control signal transmission power in closed loop communication systems. The closed loop power control comprises an inner loop that provides up/down transmission power control commands to a transmitter based upon a comparison of the SIR for a received signal to the threshold SIR. The outer loop dynamically adjusts the threshold SIR using historic inner loop power control information. When it is detected that the inner loop is not acceptably performing power control, the target SIR is not changed, or may increased or decreased more or less than 0.5 dB or 0.5 dB/99, respectively.
    • 一种用于动态调整用于控制闭环通信系统中信号传输功率的信号干扰比(SIR)阈值的方法和装置。 闭环功率控制包括内部环路,其基于接收信号的SIR与阈值SIR的比较,向发射机提供向上/向下传输功率控制命令。 外环使用历史内环功率控制信息动态调整阈值SIR。 当检测到内环不能接受地执行功率控制时,目标SIR不改变,或者可以分别增加或减少大于或等于0.5dB或0.5dB / 99。
    • 86. 发明授权
    • System and method for forward link power balancing in a wireless communication system
    • 无线通信系统中前向链路功率平衡的系统和方法
    • US06351650B1
    • 2002-02-26
    • US09239187
    • 1999-01-28
    • Stein A. LundbyLeonid RazoumovJack Holtzman
    • Stein A. LundbyLeonid RazoumovJack Holtzman
    • H04Q720
    • H04W52/221H04W52/226H04W52/40
    • Forward power control during a soft handoff in a wireless communication system is accomplished by tracking each power command (PC) transmitted from a mobile unit to two or more base station transceiver systems (BTSs). Each BTS may interpret power commands differently due to noise. However, the power commands are relayed to a selector along with additional data transmitted in a conventional fashion. The selector determines the power levels of each BTS and transmits power charge commands to maintain power balance between the BTSs. The BTSs may transmit each PC command to the selector or accumulate several PC commands and send a PC history to the selector. The selector generates a reference PC history, which may be one of the PC histories transmitted from a BTS, a combination thereof, the result of data processing on the one or more PC histories. Individual power change commands or the reference PC history is transmitted back to the BTS to adjust the transmitter output level of each BTS so that the BTSs are transmitting at compatible signal levels.
    • 通过将从移动单元发送的每个功率命令(PC)跟踪到两个或更多个基站收发器系统(BTS)来实现在无线通信系统中的软切换期间的前向功率控制。 每个BTS可能由于噪声而不同地解释功率指令。 然而,功率命令与以常规方式发送的附加数据一起被中继到选择器。 选择器确定每个BTS的功率电平,并发送功率电荷命令以维持BTS之间的功率平衡。 BTS可以将每个PC命令发送到选择器,或者累积几个PC命令并将PC历史发送给选择器。 选择器产生参考PC历史,其可以是从BTS发送的PC历史之一,其组合,对一个或多个PC历史的数据处理结果。 单独的电力变化命令或参考PC历史被发送回BTS以调整每个BTS的发射机输出电平,使得BTS以兼容的信号电平进行发射。
    • 88. 发明授权
    • Feedback for data transmissions
    • 数据传输反馈
    • US08065581B2
    • 2011-11-22
    • US12692431
    • 2010-01-22
    • Stein A. Lundby
    • Stein A. Lundby
    • H04M1/14
    • H04L1/0018H04L1/0002H04L1/1829H04L1/1858
    • Methods and apparatus are presented for dynamically controlling the re-transmission scheme of acknowledgment signals. A source transmits a first data packet over a slot s1. If channel conditions are favorable, source transmits a second data packet over slot s2, which precedes the reception of any acknowledgment signals. A destination receives first data packet over slot d1 and second data packet over slot d2. Destination decodes first data packet during slots d2 and d3, and second data packet over slots d3 and d4. Destination transmits an acknowledgment signal (ACK1) associated with first data packet during slot d4. Rather then transmitting the second ACK1 associated with first data packet over slot d5, destination preempts this slot with an acknowledgment signal ACK2, which is associated with second data packet transmitted by source. Hence, destination is configured to overwrite the repetition of a previous acknowledgment in order to transmit a new acknowledgment.
    • 提出了用于动态地控制确认信号的重传方案的方法和装置。 源通过时隙s1发送第一数据分组。 如果信道条件是有利的,则源在接收到任何确认信号之前的时隙s2发送第二数据分组。 目的地通过时隙d1接收第一数据分组,并通过时隙d2接收第二数据分组。 目的地在时隙d2和d3期间解码第一数据分组,并在时隙d3和d4上解码第二数据分组。 目的地在时隙d4期间发送与第一数据分组相关联的确认信号(ACK1)。 然后,通过时隙d5发送与第一数据分组相关联的第二ACK1,目的地利用与由源发送的第二数据分组相关联的确认信号ACK2抢占该时隙。 因此,目的地被配置为覆盖先前确认的重复以便发送新的确认。
    • 89. 发明申请
    • FEEDBACK FOR DATA TRANSMISSIONS
    • 反馈数据传输
    • US20100195502A1
    • 2010-08-05
    • US12692431
    • 2010-01-22
    • Stein A. Lundby
    • Stein A. Lundby
    • H04L12/26
    • H04L1/0018H04L1/0002H04L1/1829H04L1/1858
    • Methods and apparatus are presented for dynamically controlling the re-transmission scheme of acknowledgment signals. A source transmits a first data packet over a slot s1. If channel conditions are favorable, source transmits a second data packet over slot s2, which precedes the reception of any acknowledgment signals. A destination receives first data packet over slot d1 and second data packet over slot d2. Destination decodes first data packet during slots d2 and d3, and second data packet over slots d3 and d4. Destination transmits an acknowledgment signal (ACK1) associated with first data packet during slot d4. Rather then transmitting the second ACK1 associated with first data packet over slot d5, destination preempts this slot with an acknowledgment signal ACK2, which is associated with second data packet transmitted by source. Hence, destination is configured to overwrite the repetition of a previous acknowledgment in order to transmit a new acknowledgment.
    • 提出了用于动态地控制确认信号的重传方案的方法和装置。 源通过时隙s1发送第一数据分组。 如果信道条件是有利的,则源在接收到任何确认信号之前的时隙s2发送第二数据分组。 目的地通过时隙d1接收第一数据分组,并通过时隙d2接收第二数据分组。 目的地在时隙d2和d3期间解码第一数据分组,并在时隙d3和d4上解码第二数据分组。 目的地在时隙d4期间发送与第一数据分组相关联的确认信号(ACK1)。 然后,通过时隙d5发送与第一数据分组相关联的第二ACK1,目的地利用与由源发送的第二数据分组相关联的确认信号ACK2抢占该时隙。 因此,目的地被配置为覆盖先前确认的重复以便发送新的确认。