SYSTEM AND METHOD FOR CHANNEL BONDING IN MULTIPLE ANTENNA COMMUNICATION SYSTEMS
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Accused Products
Abstract
Systems and methods that provide channel bonding in multiple antenna communication systems are provided. In one embodiment, a method for signal transmission over a plurality of antennas of a transmitter may include, for example, one or more of the following: demultiplexing an input signal into a plurality of signal components; assigning each of the signal components to one of a plurality of logical channels; weighting each of the signal components with transmit baseband weight values; combining ones of the resultant weighted signal components to form a plurality of transmit weighted signals, each of the plurality of transmit weighted signals being assigned to one of the plurality of logical channels; and combining groups of the plurality of transmit weighted signals to form a plurality of output signals capable of being used to generate a plurality RF output signals.
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Citations
105 Claims
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1-66. -66. (canceled)
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67. A method for receiving a transmitted radio frequency (RF) signal based on an input signal, the transmitted RF signal being transmitted by a multi-antenna transmitter and being received by a multi-antenna receiver, the method comprising:
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splitting each of a plurality of received RF signals into a plurality of RF signal components; weighting each of the plurality of RF signal components with receive RF weight values; combining ones of the resultant RF weighted signal components to form a plurality of RF weighted signals; converting the plurality of RF weighted signals into receive baseband signals; weighting each of the receive baseband signals with receive baseband weight values; and multiplexing the receive baseband weighted signals to obtain an estimate of the input signal. - View Dependent Claims (68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81)
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82. A signal reception method for use within a receiver, the receiver being coupled to a plurality of antennas adapted to produce a corresponding plurality of receive radio frequency (RF) signals in response to an incidence of a transmitted RF signal, the transmitted RF signal being transmitted wirelessly by a multi-antenna transmitting device and originating from an input signal comprising a set of spatially-multiplexed signals, the method comprising:
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splitting each of the plurality of receive RF signals into a plurality of RF signal components; weighting each of the plurality of RF signal components with receive RF weight values; downconverting the plurality of RF weighted signal components into receive baseband signal components; combining and baseband weighting ones of the resultant receive baseband signal components to form a plurality of receive baseband weighted signals, each of the plurality of receive baseband weighted signals being assigned to one of a plurality of logical channels and being associated with one of the spatially-multiplexed signals; multiplexing a group of the plurality of receive baseband weighted signals corresponding to each of the spatially-multiplexed signals to form a plurality of multiplexed received signals; and multiplexing the plurality of multiplexed received signals to obtain an estimate of the input signal. - View Dependent Claims (83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96)
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97. A receiver that is coupled to a plurality of receive antennas adapted to produce a corresponding plurality of receive radio frequency (RF) signals in response to an incidence of a transmitted RF signal originating from an input signal, the input signal being demultiplexed into N substreams in which N is an integer, the transmitted RF signal being transmitted wirelessly from a multi-antenna transmitter to the plurality of receive antennas, the receiver comprising:
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an RF processing arrangement adapted to split each of the plurality of received RF signals into a plurality of RF signal components, to weight each of the plurality of RF signal components with receive RF weight values, the plurality of RF weighted signal components being combined into N RF signals, the RF processing arrangement being adapted to split each of the N RF signals into a plurality of baseband signal components; and a digital signal processor operatively coupled to the RF processing arrangement, the digital signal processor adapted to weight each of the plurality of baseband signal components with receive baseband weight values and to combine ones of the resultant weighted baseband signal components to form a plurality of receive weighted baseband signals. - View Dependent Claims (98, 99, 100, 101, 102)
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103. A wireless receiver coupled to a plurality of antennas adapted to produce a corresponding plurality of received radio frequency (RF) signals in response to an incidence of a transmitted RF signal, the transmitted RF signal originating from an input signal comprising a set of spatially-multiplexed signals, the transmitted RF signal being transmitted wirelessly from a multi-antenna transmitting device to the receiver, the receiver comprising:
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an RF processing arrangement adapted to split each of the plurality of received RF signals into a plurality of RF signal components, to weight each of the plurality of RF signal components with an RF weight, and to combine the RF weighted signal components into a second plurality of RF signals, the RF processing arrangement being adapted to split each of the second plurality of RF signals into a plurality of baseband signal components; a digital signal processor coupled to the RF processing arrangement, the digital signal processor adapted to weight each of the plurality of baseband signal components with receive baseband weight values and to combine ones of the resultant baseband weighted signal components to form a plurality of receive baseband weighted signals, each of the plurality of receive baseband weighted signals being assigned to one of the plurality of logical channels and being associated with one of the spatially-multiplexed signals; and a multiplexing arrangement coupled to the digital signal processor. - View Dependent Claims (104, 105)
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Specification