60results about "Simultaneous/sequential multiple television signal transmission" patented technology

A method of controlling a broadcast receiver and which includes displaying a broadcast program on a screen of the broadcast receiver, determining if a broadcast-related information enlargement mode is selected, and enlarging the broadcast-related information on the screen of the broadcast receiver when the determining step determines the broadcast-related information enlargement mode is selected.

Sharing video footage having audio / video (A / V) recording and communication device (A / V device) model identifiers in accordance with embodiments of the present disclosure are provided. In one embodiment, a method for communicating in a network is provided, the method comprising receiving, from a first audio / video (A / V) recording and communication device (A / V device), at one or more servers in network communication with the first A / V device, first image data captured by a camera of the first A / V device; receiving, from a first client device associated with the first A / V device, at the server(s), a command to share the first image data with a network of users; determining a model identifier associated with the first A / V device; and transmitting the first image data and the model identifier associated with the first A / V device to a second client device of at least one user of the network of users.

Method, system and computer program product for providing a second digital video stream. In a collecting step, a first and a second primary digital video stream are collected from at least two different digital video sources. In a first production step, a first produced video stream is produced based on the first and second primary streams. In a second production step, the second stream is produced based on the first produced stream and also based on the first and second primary streams. In the second production step, the first and second primary streams are time-delayed so as to time-synchronise them with the first produced stream, taking into consideration a latency of the first produced stream resulting from the first production step, the second produced stream being produced based on the time-delayed first and second primary streams.

A method for displaying a video stream of a scene, specifically a method for displaying a video stream of a scene captured by a surveillance camera on a display of a client device remote from the surveillance camera, is disclosed. The method includes: receiving the video stream and information indicating the on / off state of an IR illuminator illuminating the scene captured by the surveillance camera at the client device; setting display settings of the display differently based on the on / off state of the IR illuminator; and displaying the video stream on the display using the set display settings. Also disclosed is a client device including a display, a receiver configured to receive a video stream of a scene captured by a surveillance camera remote from the client device, and control circuitry. The control circuitry is configured to: extract the information indicating the on / off state of the IR illuminator; set the display settings of the display differently when the IR illuminator is on compared to when the IR illuminator is off; and display the video stream on the display using the set display settings.

A hyperspectral imaging method and system including cameras with simultaneous white light imaging capability are presented. A video system includes a camera and a light source adapted to provide white light illumination at a first frame rate suitable for live video, and to provide intermittent narrowband illumination for individual frames interspersed among the white light illuminated frames, where the spectrum of the narrowband illumination varies amongst the interspersed frames permitting a series of at least two differently illuminated narrowband interspersed frames to be assembled into a multispectral or hyperspectral data cube at a second frame rate. The system also includes a processor adapted to receive an image signal and create a live video feed based on the white light illuminated frames by replacing the narrowband illuminated frames with generated or previously collected frames.

A transmission apparatus includes a communication interface configured to communicate with a reception apparatus, and a controller configured to acquire a depth image obtained by at least one depth camera measuring distances to a subject within a measurement range, identify, with reference to the acquired depth image, a window corresponding to a position of the subject from among a plurality of windows set within the measurement range and aligned in a depth direction, transmit a window identifier identifying the identified window to the reception apparatus via the communication interface, and for each pixel of the depth image, convert a measured distance into a relative distance within the window and transmit a resulting converted value as pixel data to the reception apparatus via the communication interface.

A medical telepresence system comprising: an interface to receive a plurality of data feeds from a live medical procedure, at least one data feed comprising a video signal capturing the live medical procedure; a hierarchical encoder to encode the plurality of data feeds using a first tier-based hierarchical data coding scheme, wherein encoded data from the hierarchical encoder is decodable by a first set of computing devices for viewing, the first set of computing devices being communicatively coupled to the hierarchical encoder using a first network connection; a transcoder to convert from the first tier-based hierarchical data coding scheme to a second tier-based hierarchical data coding scheme, wherein encoded data from the transcoder is receivable by a second set of computing devices for viewing, the second set of computing devices being communicatively coupled to the transcoder using a second network connection, the second network connection being of a lower quality than the first network connection; and a recorder to store the output of the hierarchical encoder as a set of tier-based files for later retrieval, wherein each of the set of tier-based files represent different levels of quality.

To provide a video transmission technique that can ensure video continuity at a receiving side.SOLUTION: A communication device is connected to a receiving-side device via N (N is an integer greater than or equal to 2) communication lines. The communication device transmits video to the receiving-side device. More precisely, the communication device spatially divides one frame of image into N segmented images. The communication device then transmits the N segmented images to the receiving-side device in parallel via each of the N communication lines.SELECTED DRAWING: Figure 2

The utility model discloses a video acquisition circuit, electronic equipment and a vehicle driving system, and relates to the technical field of video monitoring. In an acquisition circuit between a processor and a camera, in consideration of interface resource limitation of the processor, on the basis of a first-stage deserializer of the acquisition circuit, a serializer is added, so that video data of a multi-path camera module is serialized, and the serialized data occupies one path of interface of the first-stage deserializer in a one-path interface manner; and the access of multiple paths of modules is realized through one path of interface. Through the access of N stages of deserializers, one stage of serializer is connected between every two stages of deserializers, so that the next stage of deserializer can be connected with a plurality of cameras under the condition that each stage of deserializer can be connected with the plurality of cameras, the interface resources of the deserializers are fully utilized to access a plurality of camera modules, and the multi-camera module access efficiency is improved. And when each stage of serializer is finally accessed to the first stage of deserializer, one path of interface is adopted for access, so that the requirement of sufficient interface resources for transmission of a plurality of interfaces is met, and the experience feeling of a user is improved.

An image capture apparatus (100) comprises an image sensor and an output interface (110) that selectively outputs a main video stream obtained using the image sensor and a sub video stream input from outside. The image capture apparatus (100) changes a resolution of the main video stream to be equal to a resolution of the sub video stream in a case where an output of the sub video stream from the output interface (110) has been set to be enabled.

A communication apparatus includes a connection unit that connects with an external apparatus so as to be capable of communication, and a control unit that establishes a plurality of data transfer paths with the external apparatus with which a connection has been established by the connection unit, selects a data transfer path on which transfer is performed, for each image file from among the plurality of data transfer paths, and transfers the image file. The control unit selects a data transfer path on which transfer of a file is possible from among the plurality of data transfer paths, and in a case of transferring an audio file attached to the image file, selects a data transfer path on which transfer of the image file to which the audio file is attached has been performed.

To provide a video signal processing method capable of performing video distribution using data different from video data.SOLUTION: A video signal processing method according to an embodiment includes: a step for receiving first data; a step for generating second data by converting the received first data to an RGB value; a step for receiving a first video signal including an RGB value for each pixel; a step for generating a second video signal by substituting an RGB value in a first region within the received first video signal by an RGB value of the second data; and a step for outputting the second video signal.SELECTED DRAWING: Figure 5

Display with an appropriate luminance dynamic range is realizable on a receiving side. A gamma curve is applied to input video data having a level range from 0% to 100%*N (N: a number larger than 1) to obtain transmission video data. This transmission video data is transmitted together with auxiliary information used for converting a high-luminance level on the receiving side. A high-level side level range of the transmission video data is converted on the receiving side such that a maximum level becomes a predetermined level based on auxiliary information received together with the transmission video data.

The invention provides a projection vehicle lamp electronic system based on CAN XL, and belongs to the technical field of vehicle lamp control. The system comprises a vehicle body end domain controller, a vehicle lamp controller and a micro LED lamp panel. The vehicle body end domain controller is used for generating a vehicle lamp control signal and vehicle lamp original display data, and packaging the vehicle lamp control signal and the vehicle lamp original display data in corresponding CAN XL data frames; the vehicle lamp controller is used for identifying and analyzing a vehicle lamp control signal and vehicle lamp original display data in the CAN XL data frame according to the type of the service data unit, the rate variable data frame flag bit and the extended length frame flag bit, and sending the analyzed vehicle lamp control signal and vehicle lamp original display data to the micro LED lamp panel; and the micro LED lamp panel is used for carrying out light function control according to the analyzed vehicle lamp control signal and carrying out image display according to the analyzed vehicle lamp original display data. According to the invention, the bandwidth waste in data transmission is avoided, and the design complexity and cost of the system are reduced.

The application relates to the technical field of artificial intelligence, and provides a household safety device and a security door, wherein the household safety device is arranged on the security door and comprises a camera device and a sound recognition device; the camera device is used for shooting a picture outside the door, performing behavior recognition on a person outside the door, and issuing an alarm prompt if the person outside the door behaves abnormally; and the sound recognition device is used for detecting a sound outside the door and recognizing a safety hidden danger. According to the household safety device arranged on the traditional household security door, the camera device is used for shooting a picture outside the door and performing behavior recognition on a person outside the door, the abnormal behavior of the person outside the door can be intelligently recognized and an alarm can be issued, the sound recognition device is used for detecting a sound outside the door, a safety hidden danger can be timely recognized, and therefore the household safety protection capability and the protection level are effectively improved.

A server system comprises one or more hardware processors; memory storing computer instructions executable by the one or more hardware processors, the computer instructions when executed by the one or more hardware processors causing the server system to perform: receiving TS fdes of an HLS data stream; receiving VTT files containing VTT closed caption segments; converting the VTT closed caption segments to 608 / 708 closed captions based on the CTA 608 / 708 specification; generating CC-enriched TS files using the TS files and the 608 / 708 closed captions; encoding SCTE markers into the CC-enriched TS files to generate SCTE / CC-enriched TS files; converting the SCTE / CC-enriched TS files to a real-time broadcast stream; and preparing the real-time broadcast stream for transmission to a consumer system.

An image display device including a display, a first input configured to receive a first image signal input from a first external device connected to the image display device, and a controller coupled with the display and the first input, wherein the controller is configured to display, on the display, a plurality of icons including a first icon and a second icon, wherein the first icon comprises a first default image identifying the first external device and the second icon comprises a second default image identifying a second external device, change the first default image to a first video image currently being played and corresponding to the first image signal received from the first external device in response to the first icon being selected if the first external device is connected to the image display device, and change the first video image back to the first default image that was being displayed when the first icon was selected in response to the second icon being selected, and wherein the first video image is displayed at a position corresponding to an area where the first icon is displayed.

A system for transmission of imaging metadata comprises a sensor configured to capture audiovisual data and a data transmission device. The data transmission device receives captured audiovisual data from the first sensor and receives metadata, wherein the metadata is metadata of a first type. The data transmission device generates a data structure corresponding to a first frame of a video feed, wherein the data structure is generated in accordance with a predefined data specification, wherein generating the data structure comprises setting an indicator in the data structure to indicate that a second type of metadata should not be read from a first field in the data structure and writing the first metadata to the first field in the data structure. The data transmission device transmits the data structure along with the captured audiovisual data.

The application relates to the technical field of wireless communication, in particular to a UAV semantic communication method and device and electronic equipment, wherein the method comprises a double-branch feature extraction and dynamic screening mechanism, combines a double-link cooperative transmission and semantic fusion decoding technical means, decouples an image into global structure and local detail features, and dynamically distributes the features to a direct link and a relay cooperative link for transmission according to channel quality, and completes image reconstruction through semantic alignment and attention fusion at a receiving end, so that the application improves semantic fidelity and anti-interference capability of image transmission in a complex channel environment, significantly improves spectrum efficiency and transmission reliability through feature-level redundancy filtering and link cooperation, and guarantees image reconstruction quality of a UAV communication system under a bandwidth limitation or channel degradation condition.

A radio-link software distribution method to be implemented by a computerized software distribution system (1), characterized by: Splitting a software image to be distributed into a plurality of split image parts; Encapsulating the plurality of split image parts into a plurality of data streams, respectively, and parallel broadcasting of data streams, characterized in that each of the data streams is a private packet elementary stream in accordance with an MPEG-2 standard.

To reduce the pixel data size of a depth image while suppressing deterioration in the resolution of the depth image and reduction in a depth range.SOLUTION: A transmission device 20 includes a communication unit 23 that communicates with a reception device 30, and a controller 21 for acquiring a depth image obtained by measuring the distance to a subject within a measurement range using at least one depth camera 26, referring to the acquired depth image to specify a window corresponding to the position of the subject from among a plurality of windows which are set within the measurement range and aligned in a depth direction, sending a window identifier for identifying the specified window to the reception device 30 via the communication unit 23, converting the measured distance into a relative distance inside the window for each pixel of the depth image, and transmitting an acquired conversion value as pixel data to the reception device 30 via the communication unit 23.SELECTED DRAWING: Figure 1

To provide an information processing device configured to improve convenience when a user executes a predetermined function.SOLUTION: A manual display system includes a vehicle, a first device 100, a second device 200, and a manual terminal 300. The manual terminal 300 includes a control unit 301, a communication unit 302, an input / output unit 303, and a device information database 304. The control unit 301 outputs an electronic manual for a first function which is executed by the first device 100. The control unit 301 outputs the electronic manual and a first interface for causing the first device 100 to execute the first function. The first device 100 is a display equipped in the vehicle 10. The first function is a function for displaying television broadcasts to a passenger who is seated on a rear seat of the vehicle.SELECTED DRAWING: Figure 3

The invention discloses a video acquisition, transmission and display system for a crane and the crane, the system adopts a face recognition and behavior monitoring camera, a camera SERDES circuit and a main control unit to form a data path for recognizing the identity of an operator and monitoring the working state of the operator; the 360-degree look-around fisheye camera, the analog decoding circuit, the main control unit, the screen SERDES circuit and the display screen form a second data path which is used for imaging around the crane and detecting obstacles; and the AHD camera, the analog decoding circuit, the main control unit, the screen SERDES circuit and the display screen form a third data path, and the third data path is used for winch disordered rope monitoring, counterweight identification and multiplying power identification during crane operation. According to the invention, an analog decoding scheme is adopted, and four paths of camera input are converted into one path of input, so that 13 paths of cameras are accessed into a single main control unit; and by introducing a serializer and a deserializer at the camera and the screen end, the transmission distance is prolonged.

A communication device includes: a connection means for connecting to an external device in a communicable manner; and a control means for establishing a plurality of data transfer paths with the external devices that have been connected by the connection means, selecting a data transfer path to transfer for each image file from among the plurality of data transfer paths, and transferring the image files, the control unit selects, in a case where a plurality of data transmission paths are transmitted, a data transmission path on which a file can be transmitted from among the plurality of data transmission paths, and selects, in a case where an audio file attached to the image file is transmitted, a data transmission path on which an image file to which the audio file has been attached has been transmitted.

A caption encoder system is provided that can include a computer system and a caption encoder card. The caption encoder card can include a caption encoder module having at least one of: an input component, a field programmable gate array (FPGA), a microcontroller unit (MCU), a peripheral component interconnect express (PCIe) bridge, and a plurality of output components. The input component can be configured to receive an input SDI stream. The FPGA can be in communication with the input component and can be configured to compile an output SDI stream with embedded closed captions. The MCU can be in communication with the FPGA. The PCIe bridge can be in communication with the microcontroller unit and a plurality of universal serial bus to serial devices. The plurality of output components can be communication with the field programmable gate array.

A signal multiplexing apparatus and method using layered division multiplexing are disclosed. A signal multiplexing apparatus according to an embodiment of the present invention includes a combiner configured to generate a multiplexed signal by combining a core layer signal and an enhanced layer signal at different power levels; a power normalizer configured to reduce the power of the multiplexed signal to a power level corresponding to the core layer signal; a time interleaver configured to generate a time-interleaved signal by performing interleaving that is applied to both the core layer signal and the enhanced layer signal; and a frame builder configured to generate a broadcast signal frame using the time-interleaved signal and L1 signaling information.

Disclosed are a method for synchronizing images from multiple channels, a computer readable storage medium, and an electronic device. The method includes: determining, from at least two image transmission channels, target image data corresponding to a target image transmission channel at a preset timepoint; determining a mounting status of a frame identifier of the target image data; determining integrity information of the target image data based on the mounting status; generating the frame identifier of the target image data based on the integrity information; and generating, based on the frame identifier, a to-be-output image corresponding to each image transmission channel in the channels, outputting the to-be-output image. According to this disclosure, image data transmitted in image transmission channels is detected and repaired automatically, which improves efficiency of collecting images from channels and image quality, thereby resolving a problem of asynchronous data when the image data is transmitted in the channels.

To provide an imaging apparatus capable of quickly switching images to be displayed and a control method for the same.SOLUTION: The imaging apparatus has an imaging element and an output unit that selectively outputs a main line video obtained using the imaging element and an external video input from an external source. The imaging apparatus changes the resolution of the main line video so that the resolution of the main line video is equal to the resolution of the external video when the output of the external video from the output unit is set to be enabled.SELECTED DRAWING: Figure 4