Abstract: A smart dialing recommendation method, a non-transitory computer-readable medium, and a mobile device are disclosed. The smart dialing recommendation method includes: establishing a database according to a correspondence between a plurality of different time intervals in a past time range and a plurality of communication numbers by using a machine learning algorithm; obtaining a time stamp; and determining whether the time stamp has expired. When it is determined that the time stamp has not expired, according to the correspondence in the database and a current time point, a recommended number corresponding to the current time point is retrieved from the plurality of communication numbers. When it is determined that the time stamp has expired, the machine learning algorithm is performed again to update the plurality of communication numbers.

Abstract: A wallpaper image generation method and an electronic device are provided in this disclosure. The wallpaper image generation method includes: collecting personalized information from the electronic device; generating feature description information according to the personalized information, wherein the feature description information includes description information belonging to at least one information category; selecting, automatically, a target image file from an image file database according to the feature description information; and generating a wallpaper image according to the target image file.

Abstract: A technique for wireless communication of a punctured null data packet with a long training field sequence is disclosed. The long training field (LTF) sequence is generated for the null data packet (NDP) for transmission over a channel having a bandwidth that is an integer multiple of 80 MHz. The LTF sequence is modulated onto a plurality of tones of the channel excluding tones within a punctured subchannel of a plurality of subchannels of the channel. The modulation may be based on a size and location of the punctured subchannel and a symbol duration associated with transmitting the LTF sequence. The NDP is transmitted including the LTF sequence to a second wireless communication device via the channel. A partial bandwidth feedback may be received in response to the LTF in the punctured NDP.

Abstract: A smart dialing recommendation method, a non-transitory computer-readable medium, and a mobile device are disclosed. The smart dialing recommendation method includes: establishing a database according to a correspondence between a plurality of different time intervals in a past time range and a plurality of communication numbers by using a machine learning algorithm; obtaining a time stamp; and determining whether the time stamp has expired. When it is determined that the time stamp has not expired, according to the correspondence in the database and a current time point, a recommended number corresponding to the current time point is retrieved from the plurality of communication numbers. When it is determined that the time stamp has expired, the machine learning algorithm is performed again to update the plurality of communication numbers.

Abstract: A technique for wireless communication of a punctured null data packet with a long training field sequence is disclosed. The long training field (LTF) sequence is generated for the null data packet (NDP) for transmission over a channel having a bandwidth that is an integer multiple of 80 MHz. The LTF sequence is modulated onto a plurality of tones of the channel excluding tones within a punctured subchannel of a plurality of subchannels of the channel. The modulation may be based on a size and location of the punctured subchannel and a symbol duration associated with transmitting the LTF sequence. The NDP is transmitted including the LTF sequence to a second wireless communication device via the channel. A partial bandwidth feedback may be received in response to the LTF in the punctured NDP.

Abstract: A technique for wireless communication of a punctured null data packet with a long training field sequence is disclosed. The long training field (LTF) sequence is generated for the null data packet (NDP) for transmission over a channel having a bandwidth that is an integer multiple of 80 MHz. The LTF sequence is modulated onto a plurality of tones of the channel excluding tones within a punctured subchannel of a plurality of subchannels of the channel. The modulation may be based on a size and location of the punctured subchannel and a symbol duration associated with transmitting the LTF sequence. The NDP is transmitted including the LTF sequence to a second wireless communication device via the channel. A partial bandwidth feedback may be received in response to the LTF in the punctured NDP.

Abstract: Various examples with respect to visual depth sensing with accurate and full-range depth fusion and sensing are described. A control circuit of an apparatus receives a plurality of sensor signals that are heterogeneous in type from a plurality of sensors. The control circuit generates first depth-related information of a scene and second depth-related information of the scene based on the plurality of sensor signals. The control circuit then fuses the first depth-related information and the second depth-related information to generate a fused depth map of the scene.

Abstract: Various examples with respect to infrared (IR) patter characteristics for stereo matching are described. A control circuit of an apparatus controls an IR projector to project a patterned IR light. In response, the control circuit receives first data of a left image of a scene from a first camera and second data of a right image of the scene from a second camera. The control circuit then performs stereo matching of the left image and the right image to generate a depth map of the scene. The patterned IR light satisfies one or more characteristic requirements.

Abstract: Various examples with respect to visual depth sensing with accurate and full-range depth fusion and sensing are described. A control circuit of an apparatus receives a plurality of sensor signals that are heterogeneous in type from a plurality of sensors. The control circuit generates first depth-related information of a scene and second depth-related information of the scene based on the plurality of sensor signals. The control circuit then fuses the first depth-related information and the second depth-related information to generate a fused depth map of the scene.

Abstract: Various examples with respect to infrared (IR) patter characteristics for stereo matching are described. A control circuit of an apparatus controls an IR projector to project a patterned IR light. In response, the control circuit receives first data of a left image of a scene from a first camera and second data of a right image of the scene from a second camera. The control circuit then performs stereo matching of the left image and the right image to generate a depth map of the scene. The patterned IR light satisfies one or more characteristic requirements.

Abstract: An image capturing apparatus and an image zooming method thereof are provided. In the method, a wide image and a tele image are captured by utilizing a wide-angle lens and a telephoto lens respectively. An object of interest in the wide image or the tele image is recognized. Then, a zoom factor is received to zoom the wide image or the tele image, and a capture range of a window of interest (WOI) for capturing each of the wide image and the tele image is adjusted in a zooming process such that a center of the wide image captured by the window of interest moves toward the object of interest. Also, when the zoom factor reaches a magnification of the telephoto lens, the object of interest is as the same position in the wide image and the tele image captured from the window of interest.

Abstract: A device and a method for automatic swing control are disclosed. The device and method are used for the automatic swing control of an overhang. The device for automatic swing control comprises an actuator and a movable block. The movable block comprises a hanger and an angle sensing device. The hanger is pivotably mounted on the lower end of the movable block and is used to suspend the overhang. The angle sensing device is electrically connected to the actuator, and used to sense the movement parameters of the hanger, and starts the selective rotation of the actuator when the swing angle is less than a preset value, so that when the hanger is at its predicted highest swing position, the movable block moves toward the direction where the hanger is about to move after the hanger passes its actual highest swing position to drag the overhang to swing.

Abstract: A device and a method for automatic swing control are disclosed. The device and method are used for the automatic swing control of an overhang. The device for automatic swing control comprises an actuator and a movable block. The movable block comprises a hanger and an angle sensing device. The hanger is pivotably mounted on the lower end of the movable block and is used to suspend the overhang. The angle sensing device is electrically connected to the actuator, and used to sense the movement parameters of the hanger, and starts the selective rotation of the actuator when the swing angle is less than a preset value, so that when the hanger is at its predicted highest swing position, the movable block moves toward the direction where the hanger is about to move after the hanger passes its actual highest swing position to drag the overhang to swing.

Abstract: A method for a user terminal to generate a preamble signal in a wireless communication system, the method including: generating an orthogonal sequence as a first sequence; performing cyclic shift on an antipodal version of the orthogonal sequence to generate a second sequence; and combining the first sequence and the second sequence to generate the preamble signal.

Abstract: In a multiple input multiple output (MIMO) wireless communication system, there is provided a method for error correction. The method includes receiving an original signal in an initial MIMO format, detecting an error in the original signal, and notifying a transmitter of the error detected in the original signal. The method also includes receiving a new retransmitted signal in a first retransmitted MIMO format, different from the initial MIMO format, the new retransmitted signal including at least a fraction of encoded bits of the original signal. The method also includes correcting the original signal by applying the new retransmitted signal to the original signal.

Abstract: A wireless data distributor, a network system and a method for receiving A/V streaming data and Internet website data are provided. The method includes steps of receiving A/V streaming signals from a A/V streaming data source; transforming the A/V streaming signals into first wireless network packets; receiving second wireless network packets from the Internet via a network router; and selecting and sending the first or second wireless network packets to a client-end device preferentially according to priority ranks of the first and second wireless network packets.

Abstract: This invention discloses an adjustable hanging chair, which comprises a seat, comprising a cushion frame and a backrest frame; a suspension bracket, which is correspondingly disposed and fixed to the cushion frame; a front rest frame, one of the upper ends of the front rest frame being correspondingly and pivotally coupled to a front end of the cushion frame, and at least a connection rod, a first end of the connection rod being correspondingly and pivotally connected to the front rest frame, and a second end of the connection rod being correspondingly and pivotally connected to the backrest frame, so that the pivoting action of the front rest frame corresponding to the cushion frame has an interacting relationship with the pivoting action of the backrest frame corresponding to the cushion frame. The present invention can increase the comfortability of sitting and reduce the volume for easy storage.

Abstract: A spatial mapping matrix searching apparatus may include a plurality of antennae configured to receive a plurality of transmission signals, a post-coding module configured to generate a post-coding information according to the received plurality of transmission signals and generate a received signal from the received plurality of transmission signals, and a pre-coding module configured to generate a pre-coding information according to the post-coding information.

Abstract: Exemplary embodiments of the present disclosure propose multiple codebook searching methods for a receiver in a communication system, wherein the communication system uses a codebook having L pre-coding matrices. First, L matrices are calculated according to the L pre-coding matrices, and the L matrices are inversed mean square error matrices of the L pre-encoding matrices. Then, diagonal cofactors or determinants of at least S matrices of the L matrices are calculated, and a pre-coding matrix used by the receiver is found according to the maximum cofactors of the diagonal of the at least S matrices or ratios between the maximum cofactors of the diagonals and the determinants of the at least S matrices.

Abstract: A symbol detector with a sphere decoding method implemented therein. A baseband signal is received to determine a maximum likelihood solution using the sphere decoding algorithm. A QR decomposer performs a QR decomposition process on a channel response matrix to generate a Q matrix and an R matrix. A matrix transformer generates an inner product matrix of the Q matrix and the received signal. A scheduler reorganizes a search tree, and takes a search mission apart into a plurality of independent branch missions, wherein the search tree defines a full search depth Nfull. A plurality of Euclidean distance calculators are controlled by the scheduler to operate in parallel, wherein each has a plurality of calculation units cascaded in a pipeline structure to search for the maximum likelihood solution based on the R matrix and the inner product matrix.