Abstract: Some demonstrative embodiments include devices, systems and/or methods of registering wireless video communication modules. A method of registering wireless video modules may include, for example, transmitting a first registration message from a first wireless video communication module to a second wireless video communication module, wherein the first registration message includes first information identifying the first module to the second wireless video communication module; receiving at the first module a second registration message from the second wireless video communication module, wherein the second registration message includes second information identifying the second module to the first wireless video communication module; and based on the first and second registration messages, registering the first video communication module at the second wireless video communication module and the second video communication module at the first wireless video communication module.

Abstract: Disclosed are methods, circuits and systems for wireless transmission of a video signal from a computing platform. There is provided a video and/or audio signal source device such as a laptop computer. The video and/or audio signal source device may include a Display Mini Card (DMC) System Connector. The video and/or audio signal source device may include a Mini Card (HMC or FMC) System Connector, and/or a Display Port (DP) connector. There may be provided a Display Mini Card (DMC) or a Mini Card (FMC or HMC) which may include electrical circuits adapted to receive video and/or audio signals from the DMC System Connector or the DP connector of the video and/or audio signal source device. Received video and/or audio signals may be transmitted to a functionally associated video/audio receiver. The electrical circuits of the Display Mini Card (DMC) or the Mini Card (FMC or HMC) may be adapted to transmit a video and/or audio signal using a video link such as WHDI, WIFI DIRECT or WIFI DISPLAY.

Abstract: The present invention provides a vehicle, system, and method for mass transit transportation, the system according to one embodiment including a plurality of passenger vehicles configured such that each passenger vehicle includes a passenger module (110) for transporting at least one passenger being attachable and detachable from a transport-base (120) and a rail-base (220). At each of a plurality of transport-rail interchange hubs (204) the passenger modules are transferred from transport-bases (120) to the rail-bases (220). At each of a plurality of rail-transport interchange hubs the passenger modules are transferred from rail-bases (220) to transport-bases (120). Each passenger vehicle is adapted to transport the at least one passenger on at least one of transport and rail without exiting the passenger module (110).

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 devices, systems and/or methods of wireless video communication. Some embodiments include a wireless video transmitter to transmit a wireless video transmission representing a video image, the transmitter including a digital-input interface including a plurality of video-data inputs to receive a respective plurality of digital-video bits representing a pixel of the video image, and one or more synchronization inputs to receive one or more respective synchronization signals corresponding to the video image; and a transmitter module to transmit the wireless video transmission based on the plurality of digital-video bits and the synchronization signals. Other embodiments are described and claimed.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of wireless communication. A method of switching between frequency channels of communication between wireless video communication modules may include, for example, transmitting over a first frequency channel at least one wireless video frame from a first wireless video communication module to a second wireless video communication module, wherein the video frame includes an indication of a second frequency channel to be used for communication between the first and second modules and an indication of a time at which the first and second modules are to switch to the second transmission channel. Other embodiments are described and claimed.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of switching between frequency channels in wireless communication. An apparatus may include, for example, a wireless video source module capable of automatically switching from performing wireless video communication with a first wireless video destination module to performing wireless video communication with a second wireless video destination module. Other embodiments are described and claimed.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of registering wireless video communication modules. A method of registering wireless video modules may include, for example, transmitting a first registration message from a first wireless video communication module to a second wireless video communication module, wherein the first registration message includes first information identifying the first module to the second wireless video communication module; receiving at the first module a second registration message from the second wireless video communication module, wherein the second registration message includes second information identifying the second module to the first wireless video communication module; and based on the first and second registration messages, registering the first video communication module at the second wireless video communication module and the second video communication module at the first wireless video communication module.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of wireless communication. A method of establishing a communication link between wireless video communication modules may include, for example, establishing a wireless communication link between first and second wireless video communication modules over an uncoordinated communication channel. Other embodiments are described and claimed.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of wireless communication. A local wireless video communication network may include, for example, a first group of wireless video source modules capable of transmitting wireless video transmissions; and a second group of wireless video destination modules capable of receiving the wireless video transmissions, wherein the source modules and destination modules are capable of communicating with one another according to a bipartite communication scheme such that each destination module is capable of receiving a wireless video transmission from only a single source module at a given moment, and wherein the number of modules in at least one of the first and second groups is equal to or greater than two. Other embodiments are described and claimed.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of wireless communication of user input to a video source. A wireless video communication system may include, for example, a wireless video transmitter capable of transmitting a wireless video downlink transmission representing video data generated by a video source; and a wireless video receiver capable of receiving the wireless video downlink transmission, capturing a wireless user input signal intended for the video source, and transmitting to the wireless video transmitter a wireless uplink transmission corresponding to the user input signal.