Abstract: A communication method for a host and a wireless Internet access module, and a data card, are provided so that the host implements wireless Internet access with the wireless Internet access module of a secure digital interface. The method includes simulating each port on a wireless Internet access processing function unit in a wireless Internet access module into a secure digital card partition and reporting the secure digital card partition to a host side; receiving downlink interaction information from the host side encapsulated in a secure digital card interface format, decapsulating the downlink interaction information, and delivering the decapsulated downlink interaction information to a corresponding port; and receiving uplink interaction information reported to the host side from each port, encapsulating the received uplink interaction information in the secure digital card interface format.

Abstract: The present invention discloses a method for triggering communication between a group of MTC devices and an MTC server, and an MTC device. The method includes: receiving an MTC request message sent by a machine type communications MTC server, where the MTC request message carries a group ID of the group of MTC devices and a communication notification message for the group of MTC devices; obtaining area information of the group of MTC devices; and sending the area information, the group ID of the group of MTC devices, and the communication notification message for the group of MTC devices to a cell broadcast center CBC, so that the CBC sends a broadcast message to a device in an area, where the broadcast message includes the group ID of the group of MTC devices and the communication notification message for the group of MTC devices.

Abstract: Embodiments of the present invention provide a method and an apparatus for transmitting media resources. The method includes: obtaining related information of media resources on a media server (101); sending an instruction message including the related information of the media resources to a telephony server, wherein the instruction message instructs the telephony server to perform session negotiation with a communication peer according to the related information of the media resources to establish a first multimedia session (102); obtaining information of a communication interface used by the telephony server to receive the media resources (103); sending an instruction message according to the information of the communication interface, wherein the instruction message instructs the media server to send the media resources to the telephony server, so that the telephony server transmits the media resources to the communication peer through the first multimedia session (104).

Abstract: A communication method for a host and a wireless Internet access module, and a data card, are provided so that the host implements wireless Internet access with the wireless Internet access module of a secure digital interface. The method includes simulating each port on a wireless Internet access processing function unit in a wireless Internet access module into a secure digital card partition and reporting the secure digital card partition to a host side; receiving downlink interaction information from the host side encapsulated in a secure digital card interface format, decapsulating the downlink interaction information, and delivering the decapsulated downlink interaction information to a corresponding port; and receiving uplink interaction information reported to the host side from each port, encapsulating the received uplink interaction information in the secure digital card interface format.

Abstract: A communication method for a host and a wireless Internet access module, and a data card, are provided so that the host implements wireless Internet access with the wireless Internet access module of a secure digital interface. The method includes simulating each port on a wireless Internet access processing function unit in a wireless Internet access module into a secure digital card partition and reporting the secure digital card partition to a host side; receiving downlink interaction information from the host side encapsulated in a secure digital card interface format, decapsulating the downlink interaction information, and delivering the decapsulated downlink interaction information to a corresponding port; and receiving uplink interaction information reported to the host side from each port, encapsulating the received uplink interaction information in the secure digital card interface format.

Abstract: The present invention provides a wireless communication device. The wireless communication device includes a mainboard and a connecting member, in which the mainboard includes a mainboard body and a mainboard end part which is connected to the connecting member; the side of the mainboard body away from the mainboard end part is connected to an antenna; and a matching network is arranged between the mainboard body and the mainboard end part and configured to control the distribution of the surface current induced by the antenna on the mainboard. By arranging the matching network between the mainboard body and the mainboard end part of the wireless communication device and changing, through the matching network, the distribution of the surface current induced by the antenna, the embodiments of the present invention may simultaneously guarantee the SAR performance and the wireless performance of a wireless communication terminal and improve the user experience.

Abstract: A method for adding an icon to an interface of an Android system, where the Android system has N interfaces, includes: a. obtaining add command information; b. obtaining, according to the add command information, space information of an icon to be added; c. obtaining remaining space information of an Mth interface according to the add command information; d. judging whether the space information of the icon to be added is greater than the remaining space information of the Mth interface; if yes, executing step e; if no, executing step f; e. judging whether the Mth interface is a last interface to be judged; if yes, executing step g; if no, assigning M+1 to M and returning to step c; f adding the icon to the interface; and g. establishing another interface, and adding the icon to the newly established interface; where M and N are natural numbers, and 1?M?N.

Abstract: A communication method for a host and a wireless Internet access module, and a data card, are provided so that the host implements wireless Internet access with the wireless Internet access module of a secure digital interface. The method includes simulating each port on a wireless Internet access processing function unit in a wireless Internet access module into a secure digital card partition and reporting the secure digital card partition to a host side; receiving downlink interaction information from the host side encapsulated in a secure digital card interface format, decapsulating the downlink interaction information, and delivering the decapsulated downlink interaction information to a corresponding port; and receiving uplink interaction information reported to the host side from each port, and encapsulating the received uplink interaction information in the secure digital card interface format.

Abstract: A communication method for a host and a wireless Internet access module, and a data card, are provided so that the host implements wireless Internet access with the wireless Internet access module of a secure digital interface. The method includes simulating each port on a wireless Internet access processing function unit in a wireless Internet access module into a secure digital card partition and reporting the secure digital card partition to a host side; receiving downlink interaction information from the host side encapsulated in a secure digital card interface format, decapsulating the downlink interaction information, and delivering the decapsulated downlink interaction information to a corresponding port; and receiving uplink interaction information reported to the host side from each port, encapsulating the received uplink interaction information in the secure digital card interface format, and sending the encapsulated uplink interaction information to the host side.

Abstract: Embodiments of the present invention provide a method, a device and a system for communication between double central processing units, which relates to the field of mobile communications technologies. An embodiment of the present invention provides a method for communication between double central processing units, where the method includes: receiving, by a baseband function module, a baseband function invocation request message sent by an application function module through a service channel and a virtual channel, where the baseband function invocation request message carries a virtual channel identifier, and the virtual channel identifier corresponds to the virtual channel; and in response to the baseband function invocation request message, returning, by the baseband function module, a baseband function invocation response message to the application function module, where the baseband function invocation response message carries the virtual channel identifier.

Abstract: A method for managing devices in a device management system includes: sending, by a server, target device condition information to a gateway; and sending, by the server, management information for a target device to the gateway, and triggering the gateway to determine the target device according to the target device condition information and send the management information to the target device. According to a trigger of the server and the target device condition information sent by the server, the gateway searches for the target device; and according to a trigger of the server, the gateway sends the management information sent by the server to the target device. Embodiments of the present disclosure also provide a server and a gateway in a device management system. Thereby, a type of target devices can be managed in batches.

Abstract: An improved Universal Serial Bus (USB) connector apparatus is provided. In one embodiment, the USB connector apparatus comprises a top wall; a bottom wall having one or two openings; two side walls; an internal cavity with a rectangular cross section enclosed by the top wall, the bottom wall and the two side walls; a gasket disposed within the internal cavity; and a first connecting piece made of a conductive material and positioned at the one or more openings of the bottom wall and at least partially covering the one or more openings of the bottom wall, wherein the top wall, bottom wall, two side walls, internal cavity and gasket are configured to comply with a USB interface standard. The USB connector apparatus ensures that a bottom wall elastic sheet of the USB socket effectively contacts with the bottom wall of the USB connector, thereby providing higher grounding performance. Further, it improves on the conventional USB connector without much additional cost.

Abstract: The present invention discloses a method for transmitting files and receiving files based on mobile terminals and a mobile terminal, relates to the technical field of communication and aims to simplify the user operation in the process of the file transmission between the mobile terminals and promote the satisfaction degree of user experience. The method for transmitting files based on the mobile terminals includes the following steps of: receiving a transmission command sent by a user, searching and obtaining a file designated by the command and the application state information of said file (S11); and establishing a connection with a target terminal and transmitting the file and the application state information to the target terminal (S12). The present invention can be used in the mobile terminals such as a mobile phone and the like.

Abstract: A wireless communications module, a User Equipment (UE), and a wireless communication method. One embodiment of the present invention comprises a wireless communications module, including: a baseband processor; a Secure Digital (SD) card interface coupled to the baseband processor; a Subscriber Identity Module unit (SIM unit), coupled to the baseband processor, configured to store parameter information including subscriber identity information; and a Radio Frequency (RF) processing unit coupled to the baseband processor, wherein the baseband processor is configured to process a baseband signal based on the parameter information. With at least some embodiments of the present invention, the space occupied by the wireless communications module reduced, UEs capable of Internet access are diversified, and the user experience is improved.

Abstract: A method, a device and a system for mixing processing of an audio signal are provided in the embodiments of the present invention. The method includes: judging a channel type of a receiving terminal; for a single-channel receiving terminal, sending a mixed audio signal and meanwhile sending location information of a sending terminal that has maximum audio signal energy on each sub-band of the mixed audio signal to the single-channel receiving terminal; for a double-channel receiving terminal or a multi-channel receiving terminal, performing up-mixing to obtain double-channel or multi-channel audio data according to location information that is allocated to a single-channel sending terminal, performing mixing processing on audio data that participates in mixing to obtain double-channel or multi-channel mixed audio data, and sending the double-channel or multi-channel mixed audio data.

Abstract: The present invention relates to a method for switching the touch screen of a mobile terminal between a horizontal screen and a vertical screen and a mobile terminal. The method includes: according to the value of acceleration of gravity in a direction vertical to the screen of the mobile terminal, determining whether the operation mode of the mobile terminal is a normal operation mode or a recumbent operation mode; determining, according to a determined operation mode, a criterion for switching between a horizontal screen and a vertical screen; and performing switching between a horizontal screen and a vertical screen according to the criterion. The present invention solves the problem that the user's requirement for switching between a horizontal screen and a vertical screen cannot be met when the user lies on one side, thus increasing the applicability and flexibility of the switching between a horizontal screen and a vertical screen.

Abstract: A voltage driving apparatus (1) for a power amplifier, a power amplifying system, a power supply device and a communication device are disclosed. The voltage driving apparatus (1) for the power amplifier includes a voltage input module (11), a voltage output module (12), a signal input module (13), and a control module (14). The voltage output module (12) is connected to the power amplifier to provide a voltage. The signal input module (13) is configured to receive a variable input electric signal. The control module (14) is electrically connected to the voltage input module (11), the voltage output module (12), and the signal input module (13) and configured to dynamically adjust the output voltage of the voltage output module (12) according to the variable input electric signal received by the signal input module (13).

Abstract: A soft reset method for a DSL apparatus. The method includes: receiving a soft reset command; controlling, according to the soft command, a service module of the DSL apparatus to perform a soft reset; and simultaneously controlling, according to a preset service module type, a non-service module of the DSL apparatus to maintain a working status. According to at least some embodiments of the invention, during the soft reset process of the DSL apparatus, it is unnecessary to perform reset on all service modules and non-service modules, so that an initialization operation load of the system during the soft reset process is reduced. Moreover, because it is unnecessary to perform soft reset on non-service modules, time that is consumed during the soft reset process of the DSL apparatus is reduced, and the user experience is correspondingly enhanced.

Abstract: An apparatus, a system, and a method for recording a multi-view video and processing images, and a decoding method are disclosed. The apparatus for recording a multi-view video and processing images includes a video recording unit, a collecting unit, a selecting unit, and an encoding unit, which are connected in sequence. The video recording unit is configured to record a video including recording a multi-view video, and output 3D video data. The collecting unit is configured to collect 3D video data output by the video recording unit. The selecting unit is configured to select at least one channel of data among the 3D video data. The encoding unit is configured to encode data including encoding the 3D video data selected by the selecting unit.

Abstract: A three-dimensional (3D) video communication method includes receiving video information of at least two session parties, wherein the video information of at least one session party is 3D video information. The video information received from the at least two session parties is processed according to state information of the at least two session parties and display capabilities of a terminal.