Abstract: A system and methods for controlling video streaming over a shared communications channel from a set of two or more video cameras to a base station, including acquiring video capture rate data values from each video camera; acquiring transmissions rate data values from each video camera indicative of a rate of transmission from each video camera to the base station over the shared communications channel; acquiring channel bandwidth data values from said shared communications channel indicative of a supported rate of transmission by the shared communications channel; predicting, from the acquired video capture, communications rate and channel bandwidth data values, future values of at least one of (1) future captured video rate data; (2) future transmission rate data; or (3) future channel bandwidth; and responsively providing that video rates of transmission from all the cameras are supported by the shared communications channel.

Abstract: A system and methods for controlling video streaming over a shared communications channel from a set of two or more video cameras to a base station, including acquiring video capture rate data values from each video camera; acquiring transmissions rate data values from each video camera indicative of a rate of transmission from each video camera to the base station over the shared communications channel; acquiring channel bandwidth data values from said shared communications channel indicative of a supported rate of transmission by the shared communications channel; predicting, from the acquired video capture, communications rate and channel bandwidth data values, future values of at least one of (1) future captured video rate data; (2) future transmission rate data; or (3) future channel bandwidth; and responsively providing that video rates of transmission from all the cameras are supported by the shared communications channel.

Abstract: Disclosed is a frequency scouting circuit with an adjustable frequency synthesizer. The scouting circuit may be collocated with other radio frequency integrated circuits on the same die. The synthesizer may include a dedicated oscillator, and the synthesizer may be adapted to generate a mixing signal at a given frequency. A channel monitoring circuit block may be adapted to determine availability of a carrier frequency corresponding to the mixing signal frequency, and control logic may be adapted to select the given frequency from a set of possible transmission carrier frequencies for a functionally associated transmitter.

Abstract: Disclosed is a circuit including a wireless data communication circuit, a wireless video communication circuit, and control logic functionally associated with either of the circuits and adapted to mitigate interference between transmissions of one of the circuits with reception by the other circuit.

Abstract: Some demonstrative embodiments include interfacing between BB and RF modules of a wireless communication device. In some embodiments the RF module includes at least one transmit antenna; a plurality of receive antennas; at least one uplink input connectable to the BB module to receive from the BB module uplink signals to be transmitted via the at least one transmit antenna; a plurality of downlink outputs connectable to the BB module to provide the BB module with downlink signals corresponding to wireless signals received via the plurality of receive antennas; and a control interface connectable to the BB module to receive from the BB module a filter-calibration control signal. The RF module may output via one or more of the plurality of downlink outputs one or more respective filtered calibration signals corresponding to a filter calibration signal received via the uplink input. Other embodiments are described and claimed.

Abstract: Disclosed is a frequency scouting circuit with an adjustable frequency synthesizer. The scouting circuit may be collocated with other radio frequency integrated circuits on the same die. The synthesizer may include a dedicated oscillator, and the synthesizer may be adapted to generate a mixing signal at a given frequency. A channel monitoring circuit block may be adapted to determine availability of a carrier frequency corresponding to the mixing signal frequency, and control logic may be adapted to select the given frequency from a set of possible transmission carrier frequencies for a functionally associated transmitter.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of multiple-input-multiple-output wireless communication. Some embodiments include an apparatus having a wireless receiver to receive a multiple-input-multiple-output wireless transmission, the receiver including a set of antenna elements having different polarizations to receive a respective set of wireless signals of the multiple-input-multiple-output wireless transmission over a respective set of different communication channels, wherein the set of antenna elements includes a first number of antenna elements; a radio-frequency module to handle a second number of wireless received signals, wherein the second number is smaller than the first number; and a selector to selectively provide the radio-frequency module with a subset of the set of wireless signals including the second number of signals according to at least one selection criterion. Other embodiments are described and claimed.