Abstract: A head-mountable display device includes a housing defining a front opening and a rear opening, a display screen disposed in the front opening, a display assembly disposed in the rear opening, a first securement strap coupled to the housing, the first securement strap including a first electronic component, a second securement strap coupled to the housing, the second securement strap including a second electronic component, and a securement band extending between and coupled to the first securement strap and the second securement strap.

Abstract: A dynamic image display device includes a hardware processor and a display. The hardware processor acquires a first dynamic image captured at a first frame rate and a second dynamic image captured at a second frame rate lower than the first frame rate, and generates an interpolation image between each frame image of the second dynamic image and increases a frame rate of the second dynamic image. The display that displays the first dynamic image and the second dynamic image that includes the interpolation image in a comparable manner.

Abstract: A driving recorder includes a main body and an expansion component. The main body includes a housing, a main circuit board and a main camera. The main circuit board is provided within the housing, the main camera is provided at a surface of the housing, and the main camera is electrically connected to the main circuit board. The expansion component includes a base, an expansion circuit board and an expansion camera. The expansion circuit board is provided within the base, the expansion camera is provided at the base, and the expansion camera is electrically connected to the expansion circuit board.

Abstract: A server apparatus includes a communication interface and a controller configured to transmit and receive information to and from another apparatus via the communication interface, wherein the controller is configured to transmit information to a vehicle about a boarding point, designated by a terminal apparatus, at which a user is to board the vehicle, and transmit, to the terminal apparatus, a captured image of surroundings of the vehicle, the captured image being captured by the vehicle during travel to the boarding point.

Abstract: A video system comprises a video overlay processor. The video overlay processor is configured to receive a video stream from a camera system in real time during operation of a platform. The video overlay processor is configured to overlay a first pattern and a second pattern on an alternating and repeating basis onto frames sequentially in the video stream in real time to form a modified video stream. The video overlay processor is configured to display the modified video stream in real time on a display system, wherein the first pattern and the second pattern in the frames in the modified video stream are perceptually hidden on the display system in response to the frames in the modified video stream being displayed without interruption.

Abstract: A method for fast starting up a television display function and a television system are provided. In the method, when a television device is powered on, the television system operated in the television device performs a hardware initialization and a fast start-up procedure. In the fast start-up procedure, a set of picture-quality parameters is loaded to the television system from a storage circuit. Display parameters of the television device are configured according to the picture-quality parameters, accordingly, a display of the television device starts to display a picture. The picture can be produced from image signals received through an external source such as a high-definition multimedia interface (HDMI) or a Display Port, a type-C interface, or other sources of the television device. The picture-quality parameters are collected and stored in the storage circuit during operation of the television system after the operating system booting procedure is completed.

Abstract: A video stream is received from a monitoring device located in a patient room. Images from the video stream are analyzed using a machine learning model to detect a first state associated with the patient room. A second is detected state from subsequent images of the video stream using the machine learning model. The first state and the second state are compared to identify a change indicating an active state. A notification is presented at the user device based on the active state.

Abstract: A camera system of a vehicle includes: a camera within a passenger cabin of the vehicle and configured to capture an image including an occupant of a seat within the passenger cabin; a straight edge detection module configured to detect a straight edge in the image; a score module configured to determine a score for the straight edge, the score corresponding to an optical quality of the camera; and an action module configured to take one or more actions when the score is less than a predetermined value.

Abstract: Embodiments of the present disclosure provide techniques for associating a camera with a POS system, and providing a user access to a stream of the camera's feed. The present disclosure provides an improvement to technology associated with cameras at POS systems. The improved technology includes using barcodes to communicate with a CMS via a camera's stream. Such communication enables improvement in efficiency and accuracy when assigning cameras to POS systems, and when configuring or performing diagnostics on the camera.

Abstract: A disclosed method implements: receiving, by a cloud server, a plurality of video streams from a plurality of cameras located near an emergency scene; generating a combined video stream by performing graphics processing operations on the plurality of video streams; generating an overlay data layer for the combined video stream; and providing the combined video stream with the overlay data layer to an emergency communication center (ECC) via an instance of a cloud application executing on a computing device at the ECC, the cloud application provided by the cloud server.

Abstract: A video display apparatus includes: an imager that captures a video of surroundings of a vehicle; a transparent display panel installed in a window glass of the vehicle; an identification unit that identifies, from the captured video, a visible range where a passenger views an outside as a range displayed on the transparent display panel; an operation unit that is operable on a surface of the transparent display panel; a recording controller that records the captured video in a storage; a replay controller that replays the recorded video; and a display controller that causes the transparent display panel to display a video of the identified range, wherein when operation is started, the replay controller causes the transparent display panel to display a video at a start of the operation, and when an operation direction is along a travelling direction, the replay controller replays, in a reverse direction, the recorded video.

Abstract: According to an example aspect of the present invention, there is provided an apparatus configured to control elements of an eye tracking apparatus to perform plural determinations of rotation of an eye in an eye socket, determine a time period based at least in part on a determination based on the rotation of the eye, wherein the time period begins as a response to a rotation of the eye falling below a threshold, and switch at least a part of the eye tracking apparatus to a power saving state as a response to the determined time period beginning, and switch the at least part of the eye tracking apparatus out of the power saving state as a response to the determined time period ending.

Abstract: Aspects of the subject technology may provide time-synchronized image frames from multiple cameras to various system and/or application processes running on an electronic device. In one or more implementations, a frame identifier may be determined for each image frame from each camera based on a system pulse associated with the capture of the image frame. By generating frame identifiers based for images from multiple cameras based on a centralized source such as the system pulses, subsequent processes can immediately identify images from multiple cameras having the same frame identifier for co-processing of those images.

Abstract: Method for determining cleaning information for a camera sensor which includes a blockage on a transparent camera sensor component in an optical camera sensor path, the method including: processing a captured camera image with a neural network algorithm which determines as an output a degree of camera sensor blockage by segmenting a part of the camera image and a camera sensor blockage class by classification of a part of the camera image, determining cleaning information dependent on the camera sensor blockage degree and the camera sensor blockage class, wherein the cleaning information describes that a cleaning of the camera sensor is required if a cleaning criterion is assigned to the determined camera sensor blockage class and if a degree threshold is exceeded by the determined camera sensor blockage degree, and transmitting the cleaning information to a camera sensor cleaning device to clean the camera sensor.

Abstract: Techniques are generally described for steering projection based on computer vision determination of body position, gaze, and pointing gestures. An example method includes identifying a set of candidate projection surfaces and receiving a voice command to begin projection. The example method also includes capturing a wide-area scene image with a top-down perspective and determining an array of location coordinates indicative of a location of a human in the wide-area scene image, where the array of location coordinates is further indicative of a pointing direction of the human in the wide-area scene image. Finally, the example method includes determining a target projection surface from the set of candidate projection surfaces based on proximity to the location of the human and the pointing direction of the human and projecting a projection image onto the target projection surface.

Abstract: A projector in an installation information acquisition method is installed in a real space, has a changeable projection direction, and projects a projection image based on a virtual image. The virtual image is an image in a case where an image arranged at a display position in a virtual space is viewed from a virtual installation position. The method includes first acquisition processing for acquiring positional information of three or more first adjustment points in the virtual space, projection processing for projecting, by the projector, an index image onto the real space, second acquisition processing for acquiring angle information of the projection direction with respect to a reference direction in a state where the index image matches three or more second adjustment points respectively corresponding to the three or more first adjustment points, and third acquisition processing for acquiring installation information based on the positional information and the angle information.

Abstract: A video processing device installable in a vehicle is disclosed. The vehicle includes: a first camera configured to image an outside of the vehicle and generate a first video; a first display configured to display a second video obtained by performing first processing on the first video; and a second display configured to display a third video obtained by performing second processing on the first video. The video processing device includes: a first serializer circuit configured to receive the first video from the first camera and transmit the first video to the first display directly; a processor configured to perform the second processing on the first video to generate the third video; and a second serializer circuit configured to receive the third video from the processor and transmit the third video to the second display directly.

Abstract: In order to stably transmit a video of a surrounding area of a work machine even under an environment of a variable communication quality while maintaining operability during remote operation of the work machine, a video transmission system (1) includes: an acquiring section (11) for acquiring a video captured with at least a portion of a work machine and at least a portion of a work area of the work machine being within an angle of view; a status identifying section (12) for identifying a status of work performed, by the work machine, on an object being worked; a region identifying section (13) for identifying a target region in the video according to a result of identification carried out by the status identifying means; and a transmitting section (14) for transmitting a post-adjustment video obtained by adjusting a relative image quality between the target region and a region outside the target region in the video.

Abstract: The disclosure relates to a modular data acquisition and processing system for obtaining intravascular data, such as image data, for a patient. The modular system includes acquisition components in a patient procedure environment in communication with a processing engine in a remote environment. The remote processing engine may be used with different types of data acquisition systems. The modular system further includes a hub in the patient procedure environment, which maintain a persistent connection with the remote processing engine while enabling fast and reliable coupling to data acquisition components.

Abstract: An accommodation case for an electronic device, includes: a case main body capable of accommodating an electronic device including a display; and an opening and closing member supported on the case main body so as to be openable and closable, and an article accommodation portion that is capable of accommodating at least a part of an article and that has an opening is formed between the opening and closing member and an outer surface of the case main body in a state in which the opening and closing member is closed.