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    • 17. 发明授权
    • MAC data service enhancements
    • MAC数据服务增强
    • US08700796B2
    • 2014-04-15
    • US12983567
    • 2011-01-03
    • Krishnan RajamaniSoumya Das
    • Krishnan RajamaniSoumya Das
    • G06F15/16G06F3/00
    • H04N21/43637H04L1/1635H04L1/1838H04N21/4122H04N21/41407H04W4/38H04W28/065
    • Wireless video transmissions over a MAC layer employ various techniques to improve throughput which may negatively impact latency, such as Block-ACK and data aggregation. To improve latency while continuing to improve throughput, data packets are fenced according to application layer specifications and then transmitted. For video data, Block-ACK sequences and aggregation sequences are terminated at the end of video frames or video slices. For data aggregation, a physical layer data packet concludes at the end of a video frame or slice. The application layer can indicate to the MAC layer when such packet fencing is to occur. In use with 802.11n transmission a data flag may be used by the MAC layer to facilitate fencing.
    • MAC层上的无线视频传输采用各种技术来提高吞吐量,这可能会对等待时间造成负面影响,例如Block-ACK和数据聚合。 为了在持续提高吞吐量的同时提高延迟,数据包根据应用层规范进行围封,然后传输。 对于视频数据,Block-ACK序列和聚合序列在视频帧或视频片段结束时终止。 对于数据聚合,物理层数据分组在视频帧或分片结束时结束。 当发生这种分组防护时,应用层可以向MAC层指示。 在与802.11n传输一起使用时,MAC层可以使用数据标志来促进栅栏。
    • 18. 发明授权
    • Reconfigurable multiple-input multiple-output systems and methods
    • 可重新配置的多输入多输出系统和方法
    • US08638811B2
    • 2014-01-28
    • US12050074
    • 2008-03-17
    • Krishnan RajamaniSamir S. Soliman
    • Krishnan RajamaniSamir S. Soliman
    • H04J3/16
    • H04B7/0697H04W28/18H04W76/10H04W84/18
    • An exemplary wireless commutation device and method are disclosed for configuring a plurality of radio resources including a first radio resource and second radio resource in the wireless communication device. According to one aspect, the first and second radio resources are configured for spatial multiplexing according to a first communication system type. Upon receiving a request for communication over a second communication system type, at least one of the first and second radio resources are re-configured for communication over the second communication system type. According to another aspect, a first communication link over the first communication system is maintained while establishing a second communication link over the second communication system. According to another aspect, the other of the first and second radio resources for non-spatial multiplexing are re-configured according to the first communication system type.
    • 公开了用于在无线通信设备中配置包括第一无线电资源和第二无线电资源的多个无线电资源的示例性无线换向设备和方法。 根据一个方面,第一和第二无线电资源被配置为根据第一通信系统类型进行空间复用。 在接收到通过第二通信系统类型进行通信的请求时,第一和第二无线电资源中的至少一个被重新配置用于通过第二通信系统类型进行通信。 根据另一方面,在通过第二通信系统建立第二通信链路的同时,保持第一通信系统上的第一通信链路。 根据另一方面,用于非空间复用的第一和第二无线电资源中的另一个根据第一通信系统类型重新配置。
    • 20. 发明授权
    • Low power ultra wideband transceiver
    • 低功耗超宽带收发器
    • US08102929B2
    • 2012-01-24
    • US12369926
    • 2009-02-12
    • Samir SolimanOzgur DuralKrishnan RajamaniRabih Chrabieh
    • Samir SolimanOzgur DuralKrishnan RajamaniRabih Chrabieh
    • H04K1/10H04L27/28
    • H04B1/69H04B1/71635H04B1/71637H04B1/719
    • Low-power transmitter and/or receiver devices are provided by sacrificing time and/or frequency diversity in exchange for lower power consumption. When channel conditions indicate that time and/or frequency spreading are unnecessary for transmissions, a transmitter may enter into a power-conservation mode in which transmissions are performed using a time gating scheme or a time repetition scheme. In the time gating scheme, symbols are transmitting just once, rather than a plurality of times, but with increased transmission power. In the time repetition scheme, copies of the same symbol are transmitted a plurality of times on the same frequency on different symbol transmission periods, instead of being retransmitted on different frequencies on different symbol transmission periods. Consequently, the symbol can be generated once and stored for subsequent retransmission, thereby allowing some of the transmitter/receiver chain components can be operated at a lower duty cycle or processing speed to conserve power.
    • 通过牺牲时间和/或频率分集来提供低功率发射机和/或接收机设备,以换取更低的功耗。 当信道条件指示时间和/或频率扩展对于传输是不必要的时,发射机可以进入其中使用时间选通方案或时间重复方案执行传输的功率节约模式。 在时间选通方案中,符号只传输一次,而不是多次,但是传输功率增加。 在时间重复方案中,相同符号的副本在不同的符号传输周期上以相同频率发送多次,而不是在不同的符号传输周期上在不同的频率上重发。 因此,可以生成符号一次并存储以用于随后的重传,从而允许一些发送器/接收器链组件可以以较低的占空比或处理速度操作以节省功率。