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1.发明申请COORDINATION IN WIRELESS NETWORKS HAVING DEVICES WITH DIFFERENT PHYSICAL LAYER TRANSMISSION SCHEMES 有权在具有不同物理层传输方案的设备的无线网络中协调公开(公告)号：US20100189053A1
公开(公告)日：2010-07-29
申请号：US12526363
申请日：2008-02-15
申请人： Dagnachew Birru , Chun-Ting Chou , Alireza Seyedi
发明人： Dagnachew Birru , Chun-Ting Chou , Alireza Seyedi
摘要： A wireless network (300) operates with at least two different types of wireless devices, including Type-A wireless devices (320) that communicate using a first transmission scheme and Type-B wireless devices (310) that communicate using a second transmission scheme. Type-A wireless devices (320) can transmit Type-A beacons (325) using the first transmission scheme. Type-B wireless devices (310) can transmit and receive Type-B beacons (315) using the second transmission scheme. Type-B wireless devices (310) can also transmit Type-A beacons (325) using the first transmission scheme, but cannot receive the Type-A beacons (325). Before establishing communications in a new channel, a Type-B wireless device (310) performs power sensing to detect the presence of any non-Type-B wireless devices (200), and if such wireless devices (200) are detected, it switches to another channel. Otherwise, it transmits a Type-A beacon (325) and a Type-B beacon (315) to establish communications in the channel.
摘要翻译： 无线网络（300）使用至少两种不同类型的无线设备进行操作，包括使用第一传输方案进行通信的A型无线设备（320）和使用第二传输方案进行通信的B类无线设备（310）。 A类无线设备（320）可以使用第一传输方案发送类型A信标（325）。 B类无线设备（310）可以使用第二传输方案发送和接收类型-B信标（315）。 B类无线设备（310）还可以使用第一传输方案发送类型A信标（325），但是不能接收A类信标（325）。 在新信道建立通信之前，Type-B无线设备（310）执行功率感测以检测是否存在任何非B类无线设备（200），并且如果检测到这样的无线设备（200），则它切换 到另一个频道。 否则，它发送类型A信标（325）和类型B信标（315）以在信道中建立通信。
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2.发明授权Method and system of single carrier block transmission with parallel encoding and decoding 有权具有并行编码和解码的单载波块传输方法和系统公开(公告)号：US08418035B2
公开(公告)日：2013-04-09
申请号：US12522967
申请日：2008-01-17
IPC分类号： H03M13/00
CPC分类号： H04L1/0071 , H04L1/0043 , H04L1/0052
摘要： A Single Carrier Block Transmission (SCBT) system employs an inherently parallel approach to error correction processing. At the transmission system (200), an incoming data stream is split (210) into P parallel data streams, each having a data rate equal to a fraction of the incoming data stream's data rate. The parallel data streams are then each separately encoded (220) in P parallel encoding processes (beneficially, using P parallel encoders (222)). The P separately encoded data streams are then merged (330), interleaved (320), and mapped (310) into a single stream of encoded symbols, which are transmitted to the receiver using an arbitrary modulation (240) and transmission scheme. At the receiver (255), the received data stream is de-interleaved (350) and split into P encoded data streams, which are then decoded (285) using P parallel decoders. Then, the decoded data streams are combined or multiplexed (295) into a single data stream.
摘要翻译： 单载波块传输（SCBT）系统采用固有的并行方法进行纠错处理。 在传输系统（200）处，输入数据流被分离（210）为P个并行数据流，每个数据流的数据速率等于输入数据流的数据速率的一小部分。 然后，并行数据流在P个并行编码处理（有利地，使用P个并行编码器（222））中分别编码（220）。 然后将P个分离编码的数据流合并（330），交织（320）和映射（310）到编码符号的单个流中，其使用任意调制（240）和传输方案发送到接收机。 在接收机（255）处，对接收到的数据流进行解交织（350）并分割成P个编码数据流，然后使用P个并行解码器解码（285）。 然后，解码的数据流被组合或多路复用（295）到单个数据流中。
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3.发明授权Coordination in wireless networks having devices with different physical layer transmission schemes 有权具有不同物理层传输方案的设备的无线网络中的协调公开(公告)号：US08233505B2
公开(公告)日：2012-07-31
申请号：US12526363
申请日：2008-02-15
申请人： Dagnachew Birru , Chun-Ting Chou , Alireza Seyedi
发明人： Dagnachew Birru , Chun-Ting Chou , Alireza Seyedi
摘要： A wireless network (300) operates with at least two different types of wireless devices, including Type-A wireless devices (320) that communicate using a first transmission scheme and Type-B wireless devices (310) that communicate using a second transmission scheme. Type-A wireless devices (320) can transmit Type-A beacons (325) using the first transmission scheme. Type-B wireless devices (310) can transmit and receive Type-B beacons (315) using the second transmission scheme. Type-B wireless devices (310) can also transmit Type-A beacons (325) using the first transmission scheme, but cannot receive the Type-A beacons (325). Before establishing communications in a new channel, a Type-B wireless device (310) performs power sensing to detect the presence of any non-Type-B wireless devices (200), and if such wireless devices (200) are detected, it switches to another channel. Otherwise, it transmits a Type-A beacon (325) and a Type-B beacon (315) to establish communications in the channel.
摘要翻译： 无线网络（300）使用至少两种不同类型的无线设备进行操作，包括使用第一传输方案进行通信的A型无线设备（320）和使用第二传输方案进行通信的B类无线设备（310）。 A类无线设备（320）可以使用第一传输方案发送类型A信标（325）。 B类无线设备（310）可以使用第二传输方案发送和接收类型-B信标（315）。 B类无线设备（310）还可以使用第一传输方案发送类型A信标（325），但是不能接收A类信标（325）。 在新信道建立通信之前，Type-B无线设备（310）执行功率感测以检测是否存在任何非B类无线设备（200），并且如果检测到这样的无线设备（200），则它切换 到另一个频道。 否则，它发送类型A信标（325）和类型B信标（315）以在信道中建立通信。
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4.发明申请METHOD AND SYSTEM OF SINGLE CARRIER BLOCK TRANSMISSION WITH PARALLEL ENCODING AND DECODING 有权具有并行编码和解码的单载波块传输的方法和系统公开(公告)号：US20100146363A1
公开(公告)日：2010-06-10
申请号：US12522967
申请日：2008-01-17
CPC分类号： H04L1/0071 , H04L1/0043 , H04L1/0052
摘要： A Single Carrier Block Transmission (SCBT) system employs an inherently parallel approach to error correction processing. At the transmission system (200), an incoming data stream is split (210) into P parallel data streams, each having a data rate equal to a fraction of the incoming data stream's data rate. The parallel data streams are then each separately encoded (220) in P parallel encoding processes (beneficially, using P parallel encoders (222)). The P separately encoded data streams are then merged (330), interleaved (320), and mapped (310) into a single stream of encoded symbols, which are transmitted to the receiver using an arbitrary modulation (240) and transmission scheme. At the receiver (255), the received data stream is de-interleaved (350) and split into P encoded data streams, which are then decoded (285) using P parallel decoders. Then, the decoded data streams are combined or multiplexed (295) into a single data stream.
摘要翻译： 单载波块传输（SCBT）系统采用固有的并行方法进行纠错处理。 在传输系统（200）处，输入数据流被分离（210）为P个并行数据流，每个数据流的数据速率等于输入数据流的数据速率的一小部分。 然后，并行数据流在P个并行编码处理（有利地，使用P个并行编码器（222））中分别编码（220）。 然后将P个分离编码的数据流合并（330），交织（320）和映射（310）到编码符号的单个流中，其使用任意调制（240）和传输方案发送到接收机。 在接收机（255）处，对接收到的数据流进行解交织（350）并分割成P个编码数据流，然后使用P个并行解码器解码（285）。 然后，解码的数据流被组合或多路复用（295）到单个数据流中。
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公开(公告)号：US20100061271A1
公开(公告)日：2010-03-11
申请号：US12522966
申请日：2008-01-17
CPC分类号： H04L1/0071 , H04L1/0043 , H04L1/0052
摘要： A wireless device (A) in a first antenna sector (40) is discovered using a directional antenna (322), which sends and receives signals in multiple antenna sectors. Multiple primary beacons are transmitted in corresponding primary beacon time slots (1P-4P), which correspond to the antenna sectors (10-40) and have associated secondary beacon time slots (1s-4s). A secondary beacon is received from the wireless device in a first secondary beacon time slot (4sA) associated with a first primary beacon time slot (4P) corresponding to the first sector, the secondary beacon being responsive to a first primary beacon included in the first primary beacon time slot. An additional first secondary beacon time slot (4s) is added in association with the first primary beacon time slot. The additional first secondary beacon time slot enables an additional wireless device in the first sector to send an additional secondary beacon in response to a subsequent first primary beacon included in the first primary beacon time slot.
摘要翻译： 使用在多个天线扇区中发送和接收信号的定向天线（322）发现第一天线扇区（40）中的无线设备（A）。 在相应的主信标时隙（1P-4P）中发送多个主信标，其对应于天线扇区（10-40）并且具有相关联的辅信标时隙（1s-4s）。 在与对应于第一扇区的第一主信标时隙（4P）相关联的第一辅信标时隙（4sA）中从无线设备接收辅信标，辅信标响应于包括在第一信标中的第一主信标 主信标时隙。 与第一主信标时隙相关联地附加附加的第一辅助信标时隙（4s）。 附加的第一辅助信标时隙使得第一扇区中的附加无线设备响应于包括在第一主信标时隙中的后续的第一主信标来发送附加的辅助信标。
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6.发明申请公开(公告)号：US20100046450A1
公开(公告)日：2010-02-25
申请号：US12522935
申请日：2008-01-14
IPC分类号： H04W72/12
摘要： A wireless device (100) communicates in a wireless system by selecting a communication channel (202) for communication, identifying a control channel or control channels (204) designated for communication of control information for the selected communication channel, and listening for the control information (212) on the control channel to determine if the selected communication channel is bonded with any other communication channel. When control information is received via the control channel(s) indicating that the selected communication channel is bonded with at least one other communication channel, then the wireless device abstains from communication on the selected communication channel, or communicates in a narrowband mode. When control information is received via the control channel(s) indicating that the selected communication channel is not bonded with another communication channel, or when no control information is received via the control channel, then the wireless device communicates via the selected communication channel.
摘要翻译： 无线设备（100）通过选择用于通信的通信信道（202），识别指定用于通信所选择的通信信道的控制信息的控制信道或控制信道（204）以及监听控制信息来在无线系统中进行通信 （212），以确定所选择的通信信道是否与任何其他通信信道绑定。 当经由指示所选择的通信信道与至少一个其他通信信道绑定的控制信道接收到控制信息时，无线设备在选择的通信信道上放弃通信，或以窄带模式进行通信。 当经由指示所选择的通信信道未与另一通信信道绑定的控制信道接收到控制信息时，或者当经由控制信道未接收到控制信息时，无线设备经由所选择的通信信道进行通信。
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公开(公告)号：US08116231B2
公开(公告)日：2012-02-14
申请号：US12522966
申请日：2008-01-17
IPC分类号： H04L12/28
CPC分类号： H04L1/0071 , H04L1/0043 , H04L1/0052
摘要： A wireless device (A) in a first antenna sector (40) is discovered using a directional antenna (322), which sends and receives signals in multiple antenna sectors. Multiple primary beacons are transmitted in corresponding primary beacon time slots (1P-4P), which correspond to the antenna sectors (10-40) and have associated secondary beacon time slots (1s-4s). A secondary beacon is received from the wireless device in a first secondary beacon time slot (4sA) associated with a first primary beacon time slot (4P) corresponding to the first sector, the secondary beacon being responsive to a first primary beacon included in the first primary beacon time slot. An additional first secondary beacon time slot (4s) is added in association with the first primary beacon time slot. The additional first secondary beacon time slot enables an additional wireless device in the first sector to send an additional secondary beacon in response to a subsequent first primary beacon included in the first primary beacon time slot.
摘要翻译： 使用在多个天线扇区中发送和接收信号的定向天线（322）发现第一天线扇区（40）中的无线设备（A）。 在相应的主信标时隙（1P-4P）中发送多个主信标，其对应于天线扇区（10-40）并且具有相关联的辅信标时隙（1s-4s）。 在与对应于第一扇区的第一主信标时隙（4P）相关联的第一辅信标时隙（4sA）中从无线设备接收辅信标，辅信标响应于包括在第一信标中的第一主信标 主信标时隙。 与第一主信标时隙相关联地附加附加的第一辅助信标时隙（4s）。 附加的第一辅助信标时隙使得第一扇区中的附加无线设备响应于包括在第一主信标时隙中的后续的第一主信标来发送附加的辅助信标。
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8.发明申请METHOD AND SYSTEM OF BEACON TRANSMISSION AND RECEPTION USING DIRECTIONAL ANTENNAS 有权使用方向天线的信标传输和接收的方法和系统公开(公告)号：US20110044224A1
公开(公告)日：2011-02-24
申请号：US12517872
申请日：2007-12-12
IPC分类号： H04W4/06
摘要： A system for broadcasting and receiving a beacon signal includes a beacon transmitter (310, 400) and a beacon receiver (320, 500). The beacon transmitter includes a beacon signal generator (410) to generate a beacon signal, and a directional antenna system (420) to selectively transmit the beacon signal in a corresponding one of M different directions during each one of M beacon slots (342) during a beacon period (340) in each of a plurality of superframes (330). The beacon receiver includes a beacon signal detector (510) to receive and detect the beacon signal, and a directional antenna system (520) having an antenna pattern including a main lobe and being adapted to selectively steer the main lobe in a selected one of N different directions during each of a plurality of receiver frames each having a time period substantially equal to a time period of one of the superframes.
摘要翻译： 用于广播和接收信标信号的系统包括信标发射机（310,400）和信标接收机（320,500）。 信标发射机包括用于生成信标信号的信标信号发生器（410）和定向天线系统（420），用于在M个信标时隙（342）的每一个期间在M个不同方向中的相应一个中选择性地发送信标信号 在多个超帧（330）中的每一个中的信标周期（340）。 信标接收机包括用于接收和检测信标信号的信标信号检测器（510），以及定向天线系统（520），其具有包括主瓣的天线方向图，并且适于选择性地转向所选择的N中的主波瓣 在多个接收机帧中的每一个中，每个具有基本上等于超帧之一的时间段的时间周期的不同方向。
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9.发明授权Method and system of beacon transmission and reception using directional antennas 有权使用定向天线的信标发射和接收的方法和系统公开(公告)号：US09078140B2
公开(公告)日：2015-07-07
申请号：US12517872
申请日：2007-12-12
摘要： A system for broadcasting and receiving a beacon signal includes a beacon transmitter (310, 400) and a beacon receiver (320, 500). The beacon transmitter includes a beacon signal generator (410) to generate a beacon signal, and a directional antenna system (420) to selectively transmit the beacon signal in a corresponding one of M different directions during each one of M beacon slots (342) during a beacon period (340) in each of a plurality of superframes (330). The beacon receiver includes a beacon signal detector (510) to receive and detect the beacon signal, and a directional antenna system (520) having an antenna pattern including a main lobe and being adapted to selectively steer the main lobe in a selected one of N different directions during each of a plurality of receiver frames each having a time period substantially equal to a time period of one of the superframes.
摘要翻译： 用于广播和接收信标信号的系统包括信标发射机（310,400）和信标接收机（320,500）。 信标发射机包括用于生成信标信号的信标信号发生器（410）和定向天线系统（420），用于在M个信标时隙（342）的每一个期间在M个不同方向中的相应一个中选择性地发送信标信号 在多个超帧（330）中的每一个中的信标周期（340）。 信标接收机包括用于接收和检测信标信号的信标信号检测器（510），以及定向天线系统（520），其具有包括主瓣的天线方向图，并且适于选择性地转向所选择的N中的主波瓣 在多个接收机帧中的每一个中，每个具有基本上等于超帧之一的时间段的时间周期的不同方向。
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10.发明授权公开(公告)号：US08730879B2
公开(公告)日：2014-05-20
申请号：US12522935
申请日：2008-01-14
IPC分类号： H04W4/00
摘要： A wireless device (100) communicates in a wireless system by selecting a communication channel (202) for communication, identifying a control channel or control channels (204) designated for communication of control information for the selected communication channel, and listening for the control information (212) on the control channel to determine if the selected communication channel is bonded with any other communication channel. When control information is received via the control channel(s) indicating that the selected communication channel is bonded with at least one other communication channel, then the wireless device abstains from communication on the selected communication channel, or communicates in a narrowband mode. When control information is received via the control channel(s) indicating that the selected communication channel is not bonded with another communication channel, or when no control information is received via the control channel, then the wireless device communicates via the selected communication channel.
摘要翻译： 无线设备（100）通过选择用于通信的通信信道（202），识别指定用于通信所选择的通信信道的控制信息的控制信道或控制信道（204）以及监听控制信息来在无线系统中进行通信 （212），以确定所选择的通信信道是否与任何其他通信信道绑定。 当经由指示所选择的通信信道与至少一个其他通信信道绑定的控制信道接收到控制信息时，无线设备在选择的通信信道上放弃通信，或以窄带模式进行通信。 当经由指示所选择的通信信道未与另一通信信道绑定的控制信道接收到控制信息时，或者当经由控制信道未接收到控制信息时，无线设备经由所选择的通信信道进行通信。
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