Abstract: A stand for an electronic device having a camera at one end, where the stand includes: an elongate base having a target end, a device end, a first side, and a second side; a tray disposed on a top surface of the target end adjacent to the first side of the base; a foot extending from the device end; and a device support extending upward from the base between the device end and the target end of the base. The device support has a height and a distance from the foot such that a camera of an electronic device can capture an image of an object or document located in the tray when the device is resting on the foot and the device support.

Abstract: A communication method for a wireless communication network in a vehicle is disclosed where the network includes a plurality of sensor nodes and a receiving node. The method includes wirelessly transmitting first sensor data from a first sensor node and second sensor data from a second sensor node using first and second frequency channels, and receiving the first and second sensor data at the receiving node. The method can include rearranging the order of transmitting sensor data, and aggregating sensor data at the sensor nodes. The method can include testing the quality of the wireless links; and using the links with the best quality whether indirect or direct links. The receiving node can simultaneously receive data from more than one node using different frequencies. The nodes can transmit data in parallel using different frequencies. The network can include helper nodes. The wireless communication network can be designed as a tree.

Abstract: Some demonstrative embodiments include apparatuses, systems and/or methods of transmit power control for wireless communication. For example, an apparatus may include a controller to control a plurality of transmit powers of a plurality of directional beams formed by an antenna array to transmit a wireless communication. The controller may control the plurality of transmit powers based on at least first and second power limits, the first power limit including a power density limit corresponding to a power density of a directional beam of the plurality of directional beams, and the second power limit including a total transmit power limit corresponding to a total of the transmit powers.

Abstract: One example method of operation of a basestation in a mobile communications network is disclosed. The basestation may operate on a carrier channel and may be a member of a group of such basestations within the network. The method comprises establishing the presence of an adjacent basestation outside the group, which basestation operates on a carrier channel at least partially overlapping the carrier channel of the basestation and determining a degree of association between the basestation and the adjacent basestation with reference to other group members. The method further comprises setting at least one of a maximum downlink power for transmissions from the basestation and a maximum uplink power for transmissions from user equipment devices attached to the basestation, based on the degree of association between the basestation and the adjacent basestation. Also disclosed is a basestation operating in accordance with such a method.

Abstract: A method, an apparatus, and a system for controlling a carrier Power Amplifier (PA) of a Base Station (BS) in a network communication field are disclosed. The method includes: obtaining power control information of the carrier PA at a next timeslot; and adjusting working voltage of the carrier PA at the next timeslot according to the power control information. An apparatus and a system for controlling a carrier PA of a BS are also disclosed. The method, apparatus, and system can reduce energy consumption of the BS and improve energy efficiency of the BS.

Abstract: A content output system includes a plurality of mobile terminals that store content data, and a content display apparatus that is communicatively connected to the plurality of mobile terminals, obtains the content data from the mobile terminals, and displays the content data on a display. The content display apparatus displays the content data on the display in association with the mobile terminals that store the content data.

Abstract: Control means of a wearable electronic communication device for control purpose and use thereof are claimed. The wearable electronic communication device comprises a flexible loop being at least partly flattened and comprising non-twistable rigid members; an electronic unit; and push buttons disposed on the rigid members at such a distance from each other so as to avoid possibility of pushing two push buttons simultaneously with one finger, wherein the push surface of each push button does not project beyond the surface of the rigid member bearing the push button, and a control signal is generated only when two push buttons are pushed simultaneously.

Abstract: A method for producing a network-based radio show includes transmitting a plurality of segments over a network to a radio station server wherein the plurality of segments contain a plurality of voice tracks and an identification of song tracks located on the radio station server. The plurality of segments are verified and arranged into a play list on the radio station server. The play list is broadcast from the radio station server onto the network to create a network-based radio show, via the network.

Abstract: The present invention relates to communication systems and methods and more particularly to a system and method for optimizing the bandwidth of a point to multipoint wireless system by synchronizing transmit and receive modes of various hubs and sectors. The inventive method and system provides an optimal guard time between transmit and receive modes. Moreover, the inventive system and method utilizes a control channel located in a guard space associated with a data channel to provide synchronization telemetry to facilitate dynamically variable transmit and receive modes.