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    • 4. 发明申请
    • PILOT TONES IN A MULTI-TRANSMIT OFDM SYSTEM USABLE TO CAPTURE TRANSMITTER DIVERSITY BENEFITS
    • 用于捕获发射机多样性优势的多发射OFDM系统中的引导音调
    • WO2006012523B1
    • 2006-12-14
    • PCT/US2005026058
    • 2005-07-22
    • AIRGO NETWORKS INCVAN ZELST ALBERTJONES VINCENT K
    • VAN ZELST ALBERTJONES VINCENT K
    • H04J99/00H04K1/10H04B7/06
    • H04L1/0625H04B7/04H04B7/0667H04B7/10H04K1/10H04L5/0023H04L5/0048H04L5/006H04L5/0064H04L25/0204H04L25/0226H04L27/3488
    • In a wireless transmitter (100) having a plurality of spatial streams differentiable at a receiver (200), wherein data is encoded (102) and transmitted over a communication channel with pilot tones (108) to provide the receiver with information about the effects of the communication channel and/or receiver impairments on the spatial streams transmitted, the benefits can be provided by identifying a plurality of symbol periods within which symbols representing some of the encoded data re to be transmitted, identifying pilot tone values for the plurality of symbol periods, wherein the identified pilot tone values are such that the receiver, when receiving at least some of the pilot tones having the identified pilot tone values, is provided with signals enabling the receiver to characterize the communication channel and/or transmitter impairments and/or receiver impairments to obtain transmit stream diversity gain, and transmitting the symbols and the pilot tones over the plurality of spatial streams for the plurality of symbol periods.
    • 在具有在接收机(200)可微分的多个空间流的无线发射机(100)中,其中数据被编码(102)并通过具有导频音调(108)的通信信道发送,以向接收机提供关于 对所发送的空间流的通信信道和/或接收机的损伤,可以通过识别代表要发送的一些编码数据re的符号的多个符号周期来提供益处,识别多个符号周期中的导频音调值 其中所识别的导频音值使得接收机在接收到具有所识别的导频音值的至少一些导频音时,被提供有使得接收机能够表征通信信道和/或发射机损伤和/或接收机的信号 获得发射流分集增益的损伤,以及在多个温泉中发送符号和导频音调 用于多个符号周期的语义流。
    • 5. 发明申请
    • BLOCK ACK PROTOCOLS FOR WIRELESS PACKET NETWORK
    • 无线分组网络的块锁定协议
    • WO2006096753A2
    • 2006-09-14
    • PCT/US2006/008191
    • 2006-03-07
    • AIRGO NETWORKS, INC.FREDERIKS, Guido, RobertJONES, Vincent, K.RAISSINIA, Alireza
    • FREDERIKS, Guido, RobertJONES, Vincent, K.RAISSINIA, Alireza
    • H04B7/005H04B7/212
    • H04L1/1664H04L1/1614H04L1/1685H04L1/1848H04L1/188H04L2001/125
    • Circuits, methods, and apparatus that reduce overhead and channel bandwidth required for data reception acknowledgment. One such system uses an enhanced block acknowledgment that acknowledges frames received for different data streams. Another system sends an acknowledgment after the occurrence of a triggering event, such as the end of a duration, the reception of a number of frames, or the reception of a frame having a specific sequence number. Another removes the need for acknowledgment frames by including an acknowledgment field in a transmitted data frame. These block acknowledgments and acknowledgment fields may include an acknowledgement of frames received for each data stream having different traffic identifications, they may be for all received frames or for a specific class or groups of classes of traffic, for specific user priorities, or for other subgroups of received frames, and more that one acknowledgment may be included.
    • 降低数据接收确认所需的开销和信道带宽的电路,方法和装置。 一个这样的系统使用增强的块确认,其确认针对不同数据流接收的帧。 在发生触发事件之后,例如持续时间的结束,多个帧的接收或具有特定序列号的帧的接收,另一个系统发送确认。 另一种通过在发送的数据帧中包括确认字段来消除对确认帧的需要。 这些块确认和确认字段可以包括对具有不同流量标识的每个数据流接收到的帧的确认,它们可以是针对所有接收到的帧,或者对于特定类别的业务类别,对于特定用户优先级,或者对于其他子组 的接收帧,并且还可以包括一个确认。
    • 6. 发明申请
    • WIRELESS MESSAGING PREAMBLES ALLOWING FOR BEAMFORMING AND LEGACY DEVICE COEXISTENCE
    • 无线消息传送协议允许用于波束形成和协议设备共享
    • WO2006086584A2
    • 2006-08-17
    • PCT/US2006/004634
    • 2006-02-08
    • AIRGO NETWORKS, INC.JONES, Vincent, K.VAN ZELST, AlbertVAN NEE, Richard, D.j.
    • JONES, Vincent, K.VAN ZELST, AlbertVAN NEE, Richard, D.j.
    • H04J3/22H04J3/16H04B7/00
    • H04W28/18H04L7/041H04W16/28H04W28/06H04W80/00H04W99/00
    • A modified preamble is used by extended devices that operate in mixed mode environments and green field environments, to accommodate beamforming of transmissions. In one process, an extended wireless device processes data for transmission of that data as a packet, wherein the extended wireless device is a device configured to communicate using a standard protocol understood by each node device and an extended protocol not understood by legacy node devices. If the packet is to be directed at an extended device, the extended wireless device sends a preamble of that packet that is usable in an extended mode at extended devices and usable at a receiving legacy device to determine that the receiving legacy device is not the destination of data to follow the preamble. Once the receiving legacy device is expected to be deferring the network, the extended wireless device can beamform its signal or otherwise vary from the legacy protocol in communications with extended devices.
    • 经修改的前导码由在混合模式环境和绿色环境中工作的扩展设备使用,以适应传输的波束成形。 在一个过程中,扩展无线设备处理用于作为分组传输该数据的数据,其中扩展无线设备是被配置为使用每个节点设备理解的标准协议和传统节点设备不理解的扩展协议进行通信的设备。 如果分组被引导到扩展设备,则扩展无线设备在扩展设备处以扩展模式可用的分组的前导码发送并在接收传统设备上可用以确定接收传统设备不是目的地 的数据遵循序言。 一旦接收传统设备被期望延迟网络,则扩展无线设备可以在与扩展设备的通信中波束形成其信号或者与传统协议不同。