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    • 92. 发明授权
    • Acknowledgement of control messages in a wireless communication system
    • 确认无线通信系统中的控制消息
    • US08477684B2
    • 2013-07-02
    • US11943551
    • 2007-11-20
    • Aamod KhandekarAlexei GorokhovAvneesh AgrawalSundeep RanganArnab Das
    • Aamod KhandekarAlexei GorokhovAvneesh AgrawalSundeep RanganArnab Das
    • H04W4/00
    • H04L1/1607H04L5/0007H04L5/0023H04L5/0053H04W72/0413H04W72/042
    • Techniques for sending control messages are described. In an aspect, assignment messages may be acknowledged based on either linked or dedicated acknowledgement (ACK) resources. A terminal may receive an assignment message from a base station, determine whether to acknowledge the assignment message, and determine ACK resources to use to acknowledge the assignment message. The ACK resources may be linked to a control block on which the assignment message was received, linked to resources given by the assignment message, or assigned to the terminal. The terminal may send the acknowledgement on the ACK resources. In another aspect, a control message may be acknowledged based on ACK resources determined based on the control message or the control block. The ACK resources may be linked to resources assigned by the control message or linked to the control message. The terminal may send an acknowledgement for the control message on the ACK resources.
    • 描述用于发送控制消息的技术。 在一方面,可以基于链接或专用确认(ACK)资源来确认分配消息。 终端可以从基站接收分配消息,确定是否确认分配消息,并确定用于确认分配消息的ACK资源。 ACK资源可以链接到其上接收到分配消息的控制块,链接到由分配消息给出的资源或分配给终端。 终端可以在ACK资源上发送确认。 在另一方面,可以基于基于控制消息或控制块确定的ACK资源来确认控制消息。 ACK资源可以链接到由控制消息分配或链接到控制消息的资源。 终端可以在ACK资源上发送关于控制消息的确认。
    • 93. 发明授权
    • Pilot transmission in a wireless communication system
    • 无线通信系统中的导频传输
    • US08457315B2
    • 2013-06-04
    • US11968636
    • 2008-01-02
    • Aamod KhandekarAlexei GorokhovMohammad J. BorranRajat Prakash
    • Aamod KhandekarAlexei GorokhovMohammad J. BorranRajat Prakash
    • H04L29/06
    • H04B1/7156H04J13/10H04L27/261H04L27/2613
    • Techniques for transmitting pilot and traffic data are described. In one aspect, a terminal may scramble its pilot with a scrambling sequence generated based on a set of static and dynamic parameters. The static parameter(s) have fixed value for an entire communication session for the terminal. The dynamic parameter(s) have variable value during the communication session. The terminal may generate a scrambling sequence by hashing the set of parameters to obtain a seed and initializing a PN generator with the seed. The terminal may then generate the pilot based on the scrambling sequence. In another aspect, the terminal may use different scrambling sequences for pilot and traffic data. A first scrambling sequence may be generated based on a first set of parameters and used to generate the pilot. A second scrambling sequence may be generated based on a second set of parameters and used to scramble traffic data.
    • 描述用于发送导频和业务数据的技术。 在一个方面,终端可以使用基于一组静态和动态参数产生的加扰序列来加扰其导频。 静态参数对于终端的整个通信会话具有固定值。 动态参数在通信会话期间具有变量值。 终端可以通过散列参数集来获得种子并用种子初始化PN发生器来产生加扰序列。 然后终端可以基于加扰序列生成导频。 在另一方面,终端可以对导频和业务数据使用不同的加扰序列。 可以基于第一组参数生成第一加扰序列,并且用于产生导频。 可以基于第二组参数生成第二加扰序列,并用于加扰业务数据。
    • 95. 发明授权
    • Method and apparatus for supporting half-duplex terminals in an asynchronous mode
    • 用于以异步模式支持半双工终端的方法和装置
    • US08396013B2
    • 2013-03-12
    • US11848842
    • 2007-09-06
    • Aamod KhandekarAlexei GorokhovRavi Palanki
    • Aamod KhandekarAlexei GorokhovRavi Palanki
    • H04B1/56
    • H04B7/2656
    • Systems and methodologies are described that provide support for signal acquisition in wireless communication systems that utilize half-duplex communication in the presence of asynchronous sectors. Forward link and reverse link superframes can be structured such that a given frame position in a superframe alternates between forward link communication and reverse link communication for a particular half-duplex interlace. More particularly, an odd number of frames can be grouped into respective forward link and reverse link superframes, from which frames can be assigned to a first half-duplex interlace and a second half-duplex interlace in an alternating fashion. By varying the communication link used by a half-duplex interlace at a given frame location, terminals operating on a single half-duplex interlace can detect asynchronously operating sectors irrespective of the transmission timeline of such sectors.
    • 描述了在存在异步扇区的情况下利用半双工通信的无线通信系统中的信号获取的支持的系统和方法。 可以构造前向链路和反向链路超帧,使得超帧中的给定帧位置在特定半双工交错的前向链路通信和反向链路通信之间交替。 更具体地,奇数帧可以被分组成相应的前向链路和反向链路超帧,从该帧可以以交替的方式将帧分配给第一半双工交错和第二半双工交错。 通过改变在给定帧位置处的半双工交错使用的通信链路,在单个半双工交错上操作的终端可以检测异步操作扇区,而与这些扇区的传输时间线无关。
    • 96. 发明授权
    • Resource allocation and mapping in a wireless communication system
    • 无线通信系统中的资源分配和映射
    • US08305999B2
    • 2012-11-06
    • US11969200
    • 2008-01-03
    • Ravi PalankiAlexei GorokhovAamod KhandekarNaga Bhushan
    • Ravi PalankiAlexei GorokhovAamod KhandekarNaga Bhushan
    • H04B7/216
    • H04W72/04H04B1/692H04B1/7143H04L5/0012H04L5/0023H04L5/0037H04L5/0055H04L27/0008
    • Techniques for allocating and mapping resources in a wireless communication system are described. The system may use hop-ports to facilitate allocation and use of subcarriers. In one aspect, the hop-ports may be partitioned into multiple subzones, with each subzone including a configurable number of hop-ports. The hop-ports within each subzone may be permuted or shuffled based on a permutation function. After permutation, the hop-ports in all subzones may be mapped to the subcarriers based on local or global hopping. In another aspect, a set of hop-ports may be mapped to a set of subcarriers. A hop-port may be mapped to an unavailable subcarrier and may then be remapped to another available subcarrier. In yet another aspect, a set of hop-ports may be mapped to a set of subcarriers distributed (e.g., evenly) across all subcarriers but avoiding subcarriers in a reserved zone.
    • 描述了用于在无线通信系统中分配和映射资源的技术。 系统可以使用跳转端口来促进子载波的分配和使用。 在一个方面,跳跃端口可以被划分成多个子区域,每个子区域包括可配置数量的跳接口。 基于置换功能,每个子区域内的跳转口可以被排列或混洗。 在排列之后,所有子区域中的跳跃端口可以基于本地或全局跳频映射到子载波。 在另一方面,一组跳跃端口可以映射到一组子载波。 跳跃端口可以被映射到不可用的子载波,然后可以重新映射到另一个可用的子载波。 在另一方面,一组跳跃端口可以被映射到跨所有子载波分布(例如,均匀)但是避开保留区域中的子载波的一组子载波。