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    • 1. 发明授权
    • Detecting in-phase and quadrature-phase amplitudes of MIMO communications
    • 检测MIMO通信的同相和正交相位幅度
    • US08059761B2
    • 2011-11-15
    • US12170474
    • 2008-07-10
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • H04L27/06
    • H04L25/03229H04L25/0246H04L25/03968
    • Circuits detect communications from multiple transmitting antennas to multiple receiving antennas. A respective first block for each non-initial transmitting antenna determines partial distances for pairings of a first candidate and a quadrature-phase amplitude. A respective second block for the initial transmitting antenna determines partial distances for combinations of phase amplitudes. A respective second block for each non-initial transmitting antenna determines partial distances for pairings of a second candidate and an in-phase amplitude. A respective first selector for each non-initial transmitting antenna selects the first candidates from the pairings for the respective second block having smaller partial distances. A respective second selector for each non-initial transmitting antenna selects the second candidates from the pairings for the respective first block having smaller partial distances. An identifier circuit selects a final candidate with a smaller partial distance from the pairings of the respective second block for the last transmitting antenna.
    • 电路检测从多个发射天线到多个接收天线的通信。 每个非初始发射天线的相应的第一块确定用于第一候选和正交相位振幅的配对的部分距离。 用于初始发射天线的相应的第二块确定相位振幅的组合的部分距离。 每个非初始发射天线的相应的第二块确定第二候选的配对和同相幅度的部分距离。 每个非初始发射天线的相应的第一选择器从具有较小部分距离的相应第二块的配对中选择第一候选。 每个非初始发射天线的相应的第二选择器从具有较小部分距离的相应第一块的配对中选择第二候选。 标识符电路从最后发射天线的相应第二块的配对中选择具有较小部分距离的最终候选。
    • 3. 发明授权
    • Limiting candidates for symbol detection in a MIMO communication system
    • 在MIMO通信系统中限制符号检测的候选
    • US08027404B1
    • 2011-09-27
    • US12025971
    • 2008-02-05
    • Kiarash AmiriRaghavendar Mysore RaoChristopher H. DickJoseph R. Cavallaro
    • Kiarash AmiriRaghavendar Mysore RaoChristopher H. DickJoseph R. Cavallaro
    • H04B7/02
    • H04L25/0204H04L25/0246H04L25/03292
    • A circuit detects symbols communicated between multiple transmitting antennas and multiple receiving antennas (MIMO). Distance blocks are coupled in a sequence according to an ordering of the transmitting antennas. The respective distance block associated with each transmitting antenna determines a distance value for each pairing of one or more candidates and a symbol in a constellation. A respective selector block is coupled between each successive pair of distance blocks in the sequence. The respective selector block selects the one or more candidates for the successive distance block as a limited number of the pairings having smaller ones of the distance values. A limit block coupled to the selector blocks provides the limited number to each selector block. An identifier block selects the pairing having a smaller one of the distance values from the last distance block in the sequence.
    • 电路检测在多个发射天线和多个接收天线(MIMO)之间通信的符号。 距离块根据发射天线的顺序按顺序耦合。 与每个发射天线相关联的相应距离块确定一个或多个候选者和星座中的符号的每个配对的距离值。 相应的选择器块在序列中的每个连续的一对距离块之间耦合。 相应的选择器块选择连续距离块的一个或多个候选作为具有较小距离值的配对的有限数量。 耦合到选择器块的极限块为每个选择器块提供有限的数量。 标识符块从序列中的最后一个距离块中选择距离值较小的配对。
    • 4. 发明申请
    • Detecting In-Phase and Quadrature-Phase Amplitudes of MIMO Communications
    • 检测MIMO通信的同相和正交相位幅度
    • US20100007565A1
    • 2010-01-14
    • US12170474
    • 2008-07-10
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • G01R29/08
    • H04L25/03229H04L25/0246H04L25/03968
    • Circuits detect communications from multiple transmitting antennas to multiple receiving antennas. A respective first block for each non-initial transmitting antenna determines partial distances for pairings of a first candidate and a quadrature-phase amplitude. A respective second block for the initial transmitting antenna determines partial distances for combinations of phase amplitudes. A respective second block for each non-initial transmitting antenna determines partial distances for pairings of a second candidate and an in-phase amplitude. A respective first selector for each non-initial transmitting antenna selects the first candidates from the pairings for the respective second block having smaller partial distances. A respective second selector for each non-initial transmitting antenna selects the second candidates from the pairings for the respective first block having smaller partial distances. An identifier circuit selects a final candidate with a smaller partial distance from the pairings of the respective second block for the last transmitting antenna.
    • 电路检测从多个发射天线到多个接收天线的通信。 每个非初始发射天线的相应的第一块确定用于第一候选和正交相位振幅的配对的部分距离。 用于初始发射天线的相应的第二块确定相位振幅的组合的部分距离。 每个非初始发射天线的相应的第二块确定第二候选的配对和同相幅度的部分距离。 每个非初始发射天线的相应的第一选择器从具有较小部分距离的相应第二块的配对中选择第一候选。 每个非初始发射天线的相应的第二选择器从具有较小部分距离的相应第一块的配对中选择第二候选。 标识符电路从最后发射天线的相应第二块的配对中选择具有较小部分距离的最终候选。
    • 5. 发明授权
    • Symbol detection in a MIMO communication system
    • MIMO通信系统中的符号检测
    • US08040981B2
    • 2011-10-18
    • US12170468
    • 2008-07-10
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • H04L27/06
    • H04L25/03216H04B7/0413H04B7/0854H04L25/0246H04L25/0321H04L25/03242H04L2025/03426
    • Circuits are provided for detecting symbols transmitted from multiple transmitting antennas to multiple receiving antennas. A circuit includes distance blocks, selectors, and an identifier block. Each distance-block includes at least one sub-block, and each sub-block inputs a candidate for a corresponding transmitting antenna. The sub-block determines partial distances for pairings of the candidate and each symbol in a constellation from a partial distance of the candidate and signals received at the receiving antennas. At least one selector assigns each pairing for each candidate for a corresponding transmitting antenna to a bin having a range that includes the partial distance of the pairing. The selector selects candidates for a successive transmitting antenna from the bins having the smaller ranges. The identifier block selects a final candidate that is one of the pairings for a last transmitting antenna having a smaller partial distance.
    • 提供了用于检测从多个发射天线发射到多个接收天线的符号的电路。 电路包括距离块,选择器和标识符块。 每个距离块包括至少一个子块,并且每个子块输入相应发射天线的候选。 该子块确定候选的配对的部分距离和来自候选的部分距离和在接收天线处接收的信号的星座中的每个符号的配对。 至少一个选择器将用于相应发射天线的每个候选者的每个配对分配给具有包括配对的部分距离的范围的仓。 选择器从具有较小范围的信箱选择连续发送天线的候选。 标识符块选择作为具有较小部分距离的最后发射天线的配对之一的最终候选。
    • 6. 发明申请
    • Symbol Detection in a MIMO Communication System
    • MIMO通信系统中的符号检测
    • US20100008451A1
    • 2010-01-14
    • US12170468
    • 2008-07-10
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • Kiarash AmiriChristopher H. DickRaghavendar Mysore RaoJoseph R. Cavallaro
    • H04L27/06
    • H04L25/03216H04B7/0413H04B7/0854H04L25/0246H04L25/0321H04L25/03242H04L2025/03426
    • Circuits are provided for detecting symbols transmitted from multiple transmitting antennas to multiple receiving antennas. A circuit includes distance blocks, selectors, and an identifier block. Each distance-block includes at least one sub-block, and each sub-block inputs a candidate for a corresponding transmitting antenna. The sub-block determines partial distances for pairings of the candidate and each symbol in a constellation from a partial distance of the candidate and signals received at the receiving antennas. At least one selector assigns each pairing for each candidate for a corresponding transmitting antenna to a bin having a range that includes the partial distance of the pairing. The selector selects candidates for a successive transmitting antenna from the bins having the smaller ranges. The identifier block selects a final candidate that is one of the pairings for a last transmitting antenna having a smaller partial distance.
    • 提供了用于检测从多个发射天线发射到多个接收天线的符号的电路。 电路包括距离块,选择器和标识符块。 每个距离块包括至少一个子块,并且每个子块输入相应发射天线的候选。 该子块确定候选的配对的部分距离和来自候选的部分距离和在接收天线处接收的信号的星座中的每个符号的配对。 至少一个选择器将用于相应发射天线的每个候选者的每个配对分配给具有包括配对的部分距离的范围的仓。 选择器从具有较小范围的信箱选择连续发送天线的候选。 标识符块选择作为具有较小部分距离的最后发射天线的配对之一的最终候选。
    • 8. 发明授权
    • MIMO symbol detection for SNR higher and lower than a threshold
    • SNR符号检测SNR高于阈值
    • US07809075B2
    • 2010-10-05
    • US12193106
    • 2008-08-18
    • Christopher H. DickKiarash AmiriRaghavendar Mysore Rao
    • Christopher H. DickKiarash AmiriRaghavendar Mysore Rao
    • H04B7/02H04L1/02
    • H04L25/03216H04B7/0857H04L1/20H04L25/0246H04L25/03242H04L2025/03426
    • A system detects symbols communicated from multiple transmitting antennas to multiple receiving antennas. A first detector determines the symbols from respective partial distances of potential choices for symbols from a constellation. A second detector determines the symbols from respective partial distances of more potential choices. The first and second detectors determine their partial distances from signals received at the receiving antennas. The second detector has a lower bit error rate than the first detector. The potential choices for the second antenna are smaller than the potential choices for the first antenna in response to a signal-to-noise ratio (SNR) being higher than a threshold. An evaluator estimates the SNR of the signals received at the receiving antennas. The evaluator enables the first detector in response to the SNR being lower than the threshold, and the evaluator enables the second detector in response to the SNR being higher than the threshold.
    • 系统检测从多个发射天线传送到多个接收天线的符号。 第一检测器根据来自星座的符号的潜在选择的各个部分距离来确定符号。 第二个检测器确定来自更多潜在选择的相应部分距离的符号。 第一和第二检测器确定它们与在接收天线处接收的信号的部分距离。 第二检测器具有比第一检测器低的误码率。 响应于信噪比(SNR)高于阈值,第二天线的潜在选择小于第一天线的潜在选择。 评估者估计在接收天线处接收的信号的SNR。 所述评估器使得所述第一检测器响应于所述SNR低于所述阈值,并且所述评估器使所述第二检测器响应于所述SNR高于所述阈值。
    • 9. 发明申请
    • MIMO Symbol Detection for SNR Higher and Lower than a Threshold
    • SNR高于和低于阈值的MIMO符号检测
    • US20100040177A1
    • 2010-02-18
    • US12193106
    • 2008-08-18
    • Christopher H. DickKiarash AmiriRaghavendar Mysore Rao
    • Christopher H. DickKiarash AmiriRaghavendar Mysore Rao
    • H04L1/02H04B7/02H03D1/00
    • H04L25/03216H04B7/0857H04L1/20H04L25/0246H04L25/03242H04L2025/03426
    • A system detects symbols communicated from multiple transmitting antennas to multiple receiving antennas. A first detector determines the symbols from respective partial distances of potential choices for symbols from a constellation. A second detector determines the symbols from respective partial distances of more potential choices. The first and second detectors determine their partial distances from signals received at the receiving antennas. The second detector has a lower bit error rate than the first detector. The potential choices for the second antenna are smaller than the potential choices for the first antenna in response to a signal-to-noise ratio (SNR) being higher than a threshold. An evaluator estimates the SNR of the signals received at the receiving antennas. The evaluator enables the first detector in response to the SNR being lower than the threshold, and the evaluator enables the second detector in response to the SNR being higher than the threshold.
    • 系统检测从多个发射天线传送到多个接收天线的符号。 第一检测器根据来自星座的符号的潜在选择的各个部分距离来确定符号。 第二个检测器确定来自更多潜在选择的相应部分距离的符号。 第一和第二检测器确定它们与在接收天线处接收的信号的部分距离。 第二检测器具有比第一检测器低的误码率。 响应于信噪比(SNR)高于阈值,第二天线的潜在选择小于第一天线的潜在选择。 评估者估计在接收天线处接收的信号的SNR。 所述评估器使得所述第一检测器响应于所述SNR低于所述阈值,并且所述评估器使所述第二检测器响应于所述SNR高于所述阈值。