Abstract: A method for synchronizing an audio track that is being recorded at a first location with a video track that is being recorded at a second location, such as on a flying UAV, is disclosed. First, the audio and video recorders being to record sound and video. Then, a GPS receive is used to pick up the very accurate GPS clock signal. A real-time clock is also used locally to generate a real-time value. At a predetermined time, the GPS time data is interrogated and a time-stamp is generated. A video encoder is then used to embed the time-stamp, either during recording, or shortly thereafter. A networked audio recording device records audio with a time stamp acquired from the network. These respective time-stamps are then used in post-processing to accurately synchronize the audio and video tracks.

Abstract: A system and method for visual editing of an input signal, including an editing device comprising a device screen, a media module, a user input module, and an output module. The media module receives an input signal which includes at least one visual component. The device screen comprises a source screen and a delay screen, wherein the input signal is displayed on the source screen in real time, and the input signal is displayed on the delay screen in delay time, with the delay time being adjustable. The user input module allows the user to create at least one clip comprising a portion of the input signal as it is displayed on the delay screen. The output module is structured to output the clip.

Abstract: A system and method allows a user to enter a command capture audio, video, and/or still pictures that commence at a moment in time earlier than entering the command.

Abstract: A method of displaying a message received from a server during reproducing content includes: receiving the message provided to a user terminal, from the server, during the reproducing the content stored in a storage medium; determining an operation mode of the user terminal related to a priority order of the message; and providing the message according to the determined operation mode of the user terminal.

Abstract: A method of processing a video input, having a first video bitstream transmitting pictures of a first view and a second video bitstream transmitting pictures of a second view, includes: checking the video input to detect if a first picture of one of the first and second views is correctly paired with a second picture of the other of the first and second views for specific presentation time; and referring to a detecting result for selectively performing a predetermined processing operation upon the video input. The video input transmits the second picture while transmitting the first picture. When the detecting result indicates that the first picture is not correctly paired with the second picture for the specific presentation time, both of the first picture and the second picture are skipped, and previous pictures that are correctly paired with each other for the specific presentation time is repeated.

Abstract: Recording in a memory configured to temporarily record captured images is controlled in response to a shift instruction from a user. A control unit receives, from the user, the shift instruction containing an information item of specifying any of images displayed on a display unit, and updates an image recording start position in the memory in response to the shift instruction. A recording region for preceding captured images with respect to the updated recording start position is set as an overwritable region so that subsequent captured images can be recorded. The display unit displays, for example, images captured at intervals of a predetermined time period so that the user can select any of the images and issue the shift instruction. In this way, a region preceding a position of a selected image in the memory is set to be overwritable so that the subsequent captured images are recorded.

Abstract: A receiver receives a request for content associated with a channel, determines that all channel selectors are in use, selects a set of options, and transmits the set to a presentation device. The receiver may then fulfill the request utilizing a selected option. All available channel selectors may be in use because they are tuned to frequency bands of a broadcast signal to record content and data associated the channel is included in a different frequency band. The set of options may include options to stop the current recording in favor of the requested content and options to present content included in a same frequency band to which a tuner is already tuned. In one or more implementations, the receiver may determine that content currently being recorded will be rebroadcast at a later time and may include notifications indicating such and/or options to record the content at the later time.

Abstract: An incident recorder records original and supplemental incident information using a simplified user interface.

Abstract: Provided are method and apparatus for displaying a message relating to a service received from a server while a multi-function device reproduces content, the multi-function device including a function of reproducing content stored in an information storage medium and a function of receiving a service provided from a remote server.

Abstract: The disclosure concerns methods of playback of a video stream comprising: receiving from a first user device first media content associated with said video stream; associating with said first media content a time stamp indicating the time at which said first media content is received with respect to a reference time associated with said video stream; and during delayed playback of said video stream on a second user device, transmitting, at the time indicated by said time stamp, said first media content for display by said second user device.

Abstract: A method, program product and system are provided for optimizing power requirements of a video recorder system in recording user-selected video programs. When it is determined that recording a selected video program at a time subsequent to a user designated time would result in a cost savings, an acceptable recording delay period is determined and if the subsequent recording time is within the acceptable recording delay period, the user-selected video program is recorded at the subsequent recording time rather than being recorded at the user designated time. The acceptable recording delay period is determined by accessing stored user data which are indicative of a future time when the user will be available to view a recording of the selected video program.

Abstract: A method and a video camera for recording an event initiated video sequence includes storing captured video frames in a video buffer, detecting a first event, and in response, initiating a video sequence recording session for recording of a video sequence in a non-volatile memory. Pre-event video frames and post-event video frames related to the first event are recorded, where the post-event time period starts at the detection of the first event. A first event delay time period is started in response to the expiration of the post-event time period. The video sequence recording session is closed if a delay period expires and no other event process is in progress.

Abstract: A method of processing a video input which transmits pictures of a first view and pictures of a second view includes: checking the video input to detect if a first picture of one of the first and second views is correctly paired with a second picture of the other of the first and second views for a specific presentation time, and accordingly generating a detecting result; and referring to the detecting result for selectively performing a predetermined processing operation upon the video input.

Abstract: A scenario editing apparatus which generates and edits scenario data to be referred at an image capturing, comprises: a first recording unit which records first scenario data appended with identification numbers for respective captured contents; a read-out unit which reads out image data captured with reference to the first scenario data and identification numbers for the respective captured contents; a selection unit which selects image data to be re-captured; a generation unit which generates second scenario data to be re-captured while reproducing the selected image data; and a second recording unit which records the generated second scenario data.

Abstract: A system and method for motion portrayal manipulation includes performing a motion estimation to determine objects in motion in content provided at an acquisition rate. An eye motion trajectory of a viewer is predicted based on the content to determine a region of interest. An object in the area of interest is filtered along an object trajectory to adapt motion of the object to permit display of the acquisition rate on a display device having a refresh rate other than the acquisition rate. The content is portrayed at the acquisition rate on the display device.

Abstract: An object of the invention is to provide an image record apparatus and an image record method that can improve the use efficiency of a record medium for recording a video image from a camera. A NW control section (141) acquires the image quality and the resolution set in a camera (10) performing pre-record and calculates the maximum image size that can be transmitted by the camera (10), and a file system (142) calculates the number of images from the preset pre-record rate and pre-record time and reserves an area corresponding to the maximum image size of one pre-record image calculated by the NW control section (141) in an HDD (146). The NW control section (141) records a pre-record image transmitted from the camera (10) in the area reserved by the file system (142). When it records as many pre-record images as the number of pre-record images, it returns to the beginning of the area reserved by the file system (142) and continues recording a pre-record image is continued.

Abstract: In an imaging apparatus, a continuous shooting speed change controlling section (3) generates an instruction to change a continuous shooting speed (in other words, a recording frame rate) to, for example, 30 fps, 150 fps, or 300 fps. When the continuous shooting speed is changed by the continuous shooting speed change controlling section (3), based on this continuous shooting speed, a frame thinning setting section (4) sets, for example, from which image and by what thinning rate images buffered by a frame buffer (2) are extracted. Then, in accordance with frame thinning information set by the frame thinning setting section (4), a frame thinning processing section (5) extracts, from among the images stored in the frame buffer (2), images traced back a predetermined amount of time at a predetermined acquisition interval.

Abstract: A system and method for providing a digital In-Flight Entertainment (IFE) system in a vehicle, such as an aircraft, that is capable of presenting a video program and associated audio in a synchronized manner to a large number of individual video monitors and speakers. The system and method employ processing operations in at least one decoder of the IFE system, to perform operations such as adjusting a local clock based on a master clock, setting a delay time in relation to a master clock, and adjusting video and audio playback based on the delay, to substantially synchronize playback of the audio and video data by the audio and video players, to thus eliminate or at least minimize the negative effects of source and load based jitter, network delays, clock drifts, network errors and decoder buffering differences, on synchronizing video and audio playback.

Abstract: A recording apparatus includes a synchronization-signal generator configured to generate a predetermined synchronization signal on the basis of a reference synchronization signal; a resolution converter configured to convert a second signal into a third signal when a received signal is the second signal, the second signal being different from a first signal having a first resolution and the second signal having a second resolution lower than the first resolution, and the third signal having the first resolution; a delayer configured to delay the first signal received when the received signal is the first signal, by a predetermined time taken to convert the second signal into the third signal; and a recorder configured to record the first signal delayed by the delayer or the third signal obtained by converting the second signal by the resolution converter, on a recording medium on the basis of the synchronization signal.

Abstract: A method and system for displaying content on a display device. The method comprises obtaining one or more sequences of frames having a first frame and a last frame, in which a transformation between the last frame and the first frame is seamless; and repeatedly displaying one of the sequences of frames on the display device. The system comprises a display device and a player operatively coupled to the display device and adapted to repeatedly play at least one sequence of frames.

Abstract: A media playback device may be operable to determine whether replacement media content corresponding to at least a portion of a received broadcast media stream is available during reception of the broadcast media stream from one or more broadcast sources. At least some of the replacement media content may then be retrieved when personal video recording (PVR) operations are requested during play of the received broadcast media stream, to enable seamless performance of the requested PVR operations using at least a portion of the retrieved replacement media content. Exemplary PVR operations may comprise pausing, fast forwarding, and/or rewinding. The replacement media content may be retrieved from a plurality of local and/or remote replacement servers. Availability of replacement media content, from remote replacement servers, may be determined based on programming data in said broadcast media stream, routing information provided by a broadcast source, and/or by inquiry via one or more cataloguing servers.