19 results about "Common object" patented technology

Methods and systems are disclosed herein to address the problems discussed above and in particular to provide coordination for uncoordinated content. Beyond simply archiving and / or organizing available content, the methods and systems generate composite media assets that provide enriched details and supplemental data that extends beyond any given source content. The methods and systems achieve this through a novel data filtration and synchronization process.

The present disclosure provides an object detection method and device, electronic equipment and storage medium, which can be applied to the technical field of computer vision. The method comprises: obtaining features and semantic vectors of each image in a plurality of images by using an encoder; generating common object information based on the features and semantic vectors of the plurality of images by using a consensus extraction module, the common object information being information related to objects having common characteristics in the plurality of images; fusing the common object information and the features of each image by using a consensus distribution module to obtain fused features of the image; and generating a mask map of the common object in the image based on the fused features of each image by using a decoder.

The application discloses a wireless multi-astronomical telescope control system based on an ASCOM communication protocol and belongs to the field of system control. The overall application is divided into three parts, namely, an ASCOM (astronomy common object model) standardization module, a server and a client. An ordinary user selects corresponding stars to control a telescope through the client, and a manager uses a server control software running on a PC to configure the telescope numbers controllable by the client and continuously receives control commands sent by the client, and sends control commands to star map software to move a corresponding group of telescopes to the selected stars.

The invention relates to a computer-implemented method for detecting objects in an environment, to a computer program for detecting objects in an environment, to a machine-readable storage medium for detecting objects in an environment, and to a device for detecting objects in an environment. The method according to the invention is used to detect objects in an environment using a multiplicity of observations, wherein each of the observations in each case comprises a spatially resolved recording of at least one part of the environment. State vectors are determined for each of the observations using the corresponding recording, wherein the state vectors each characterize the arrangement of an object detected in the recording in the environment, and wherein an element-specific uncertainty is also determined for each of the elements of the state vectors using the corresponding recording. The state vectors determined for different observations are compared in order to determine sets of state vectors each linked to a common object. For each of the sets of state vectors linked to a common object, an error-weighted state vector estimation is determined for the relevant object using the set of state vectors and taking into account the uncertainties of the elements of the relevant state vectors.

The invention discloses a video recording system, an image access method and a computer readable medium. The video recording system comprises a camera module, a memory device and a processing unit. The memory device stores at least one instruction code. The processing unit is electrically connected with the camera module and the memory device. When the processing unit reads at least one instruction code, at least the following steps are executed. A plurality of images are captured by the camera module to generate a film. At least one universal object in a plurality of frames in a video is identified. An image scene is determined according to the at least one universal object. Performing specific object detection on the frames according to the image scene to identify whether at least one specific object or at least one specific event appears in the frames; a label is attached to at least one of the frames having at least one specific object or at least one specific event. The user screens the image segments covering the specific objects in the specific image scene according to the labels, so that the difficulty of searching the specific objects / events in a large number of accumulated recorded films by the user is reduced.

A non-transitory computer readable medium stores a program causing a computer to execute processing of receiving an operation from a player for designating any number of two or greater as the number of lotteries for a lottery object; processing of arranging, according to a predetermined arrangement criterion, a plurality of common objects (silhouette character models 424) being are 3D models at lottery result arrangement positions (arrangement spaces 426) in a virtual space VS, based on the number of lotteries designated by the player; and processing of changing an arrangement position of a virtual camera CA arranged in the virtual space VS, based on the number of lotteries designated by the player or the lottery result arrangement positions where the plurality of common objects are arranged.

The information processing program causes the computer to execute the following processes: accepting an operation of a player for designating any number of times of two or more as a number of times of selection to be selected; a plurality of common objects (silhouette character models (424)), which are 3D models, are arranged at the arrangement positions (arrangement spaces (426)) of the virtual space (VS) on the basis of the number of decisions specified by the player on the basis of a prescribed arrangement reference; and changing the arrangement position of the virtual camera (CA) arranged in the virtual space (VS) on the basis of the number of decisions specified by the player or the arrangement position in which the general-purpose object is arranged as a result of the decisions.

Systems and methods for identifying objects in an environment of a host vehicle are disclosed. In one implementation, a system includes a processor configured to receive images representative of the environment of the host vehicle; assign first pixel descriptor values to a plurality of pixels associated with a first image and second pixel descriptor values to a plurality of pixels associated with a second image; identify object representations in the first image and the second image based on at the first pixel descriptor values and the second pixel descriptor values, respectively; determine a first object descriptor and a second object descriptor based on the first pixel descriptor values and the second pixel descriptor values, respectively; and based on a comparison of the first object descriptor and the second object descriptor, output an indication that the object representations in the first image and the second image represent a common object.

The embodiments of the present disclosure provide a data transmission method, device and cloud-edge collaboration system based on a cloud-edge collaboration system, wherein the cloud-edge collaboration system includes an edge end and a cloud end, the edge end includes multiple edge nodes, the cloud-edge collaboration system introduces a CORBA framework in the KubeEdge architecture, and the edge end and the cloud end communicate based on a common object request proxy architecture. The method includes: generating a unique identity for each edge node, the identity being an interoperable object reference of the common object request proxy architecture; and transmitting the data to be transmitted collected by the edge node to the cloud based on the identity.

According to the invention, public objects supplied through a first public material flow path of a turning tool holder are also supplied to a second public material flow path of an adjacent rotating tool holder through a communication unit by a docking device; thus, there is no need to provide complicated hydraulic lines, pneumatic lines, and connectors for receiving utility from the docking device behind the rotating tool holder. Furthermore, the rear size of the rotary tool holder is minimized, so that even if the rotary tool holder is mounted on the turret, the turret rotates, the rotary tool holder does not interfere with a docking device at the rear. As a result, the rotating tool holder for which the utility needs to be supplied can be used even in the turret provided with the docking device.

Methods and systems are disclosed herein to address the problems discussed above and in particular to provide coordination for uncoordinated content. Beyond simply archiving and / or organizing available content, the methods and systems generate composite media assets that provide enriched details and supplemental data that extends beyond any given source content. The methods and systems achieve this through a novel data filtration and synchronization process.

This invention provides a method for detecting evidence left behind by a person and an integrated system for detecting such evidence. [Solution] The object detection method includes step A, which is a preprocessing step used for acquiring site images and foreground detection; step B, which is an object pairing and tracking step that detects objects in the original RGB images and selects objects that frequently appear in the monitored environment; and step C, which is an object detection step that detects whether an object is a common object at the site based on the object's overlap rate, displacement, and dwell time. This enables monitoring of whether objects at a site in a public space are artifacts.

A method for acquiring a virtual object includes acquiring, in a target turn of a turn-based virtual task, account description information of a target account indicating task progress of the target account in the task; displaying at least one object acquisition control that corresponds to the account description information, wherein the object acquisition control is for acquiring a virtual object set including at least one virtual object having a common object attribute; displaying, in response to a trigger operation on a target object acquisition control, a target object set acquired based on the target object acquisition control; and displaying, in response to a selection operation on a target virtual object in the target object set, the target virtual object in a target region for displaying an interaction object set possessed by the target account, wherein interaction virtual objects are for performing an interaction operation in a virtual scene.

Embodiments of the present disclosure relate to identifying replica objects using canonical forms in content creation systems and applications. Systems and methods for determining replica objects in an interactive environment are disclosed. Connectivity information of an object may be used to map a set of three linearly independent vectors corresponding to a transform applied to the object. The three linearly independent vectors may be used to form a canonical form of the first object and the second object to determine whether the first object and the second object are replicas or approximate replicas. The replica object or a copy similar to the replica object may then be deleted from the interaction environment and represented by a common object to which one or more additional transformations are applied.

The invention belongs to the technical field of nuclear power equipment management, and particularly relates to a nuclear power equipment management method and system based on dynamic configuration. Comprising a public object management module and an SSCs information management module, and the public object management module comprises a public object feature management module, a public object feature value management module, a public object specification management module and a public object special specification feature selection management module. The SSCs information management module comprises an SSCs information management data list module, an SSCs information management data modification module and a background maintenance module. The method has the advantages that a TOGAF enterprise architecture design method is introduced, equipment fields can be dynamically configured from the architecture level, the cost is reduced, and the working efficiency is improved.

The invention relates to a computer-implemented method for detecting objects in an environment, a computer program for detecting objects in an environment, a machine-readable storage medium for detecting objects in an environment, and a device for detecting objects in an environment. The method according to the invention serves to detect objects in an environment based on a plurality of observations, wherein each of the observations comprises a spatially resolved image of at least part of the environment. For each of the observations, state vectors are determined based on the corresponding image, wherein the state vectors each characterize the arrangement of an object detected in the image in the environment, and wherein an element-specific uncertainty is additionally determined for the elements of the state vectors based on the corresponding image.The state vectors obtained for different observations are compared to determine sets of state vectors, each associated with a common object. For each set of state vectors associated with a common object, an error-weighted state vector estimate for the object in question is determined from the set of state vectors, taking into account the uncertainties of the elements of the respective state vectors.

Approaches presented herein provide systems and methods for determining duplicate objects within an interaction environment. Connectivity information for an object may be used to map a set of three linearly independent vectors corresponding to a transform applied to the object. These three linearly independent vectors may be used to form canonical forms of first and second objects to determine whether the first object and the second object are duplicates or near-duplicates. Copies of duplicate or near-duplicate objects may then be deleted from the interaction environment and represented by a common object to which one or more additional transforms are applied.

The techniques and systems herein enable track association based on azimuth extension and compactness errors. Specifically, first and second tracks comprising respective locations and footprints of respective objects are received. An azimuth distance is determined based on an azimuth extension error that corresponds to azimuth spread between the first and second tracks with respect to a host vehicle. A position distance is also determined based on a compactness error that corresponds to footprint difference between the first and second tracks. Based on the azimuth and position distances, it is established whether the first object and the second object are a common object. By doing so, the system can better determine if the tracks are of the common object when the tracks are extended (e.g., not point targets) and / or partially observed (e.g., the track is not of an entire object).

A method and a system (1) for capturing user input for virtual interaction with an object (7) in a virtual reality are disclosed, wherein the virtual reality comprises a model of a user's (2) environment, and the user (2) wears a device (3) for displaying the virtual reality. In the method, the user's (2) hand (4) is captured by means of a capture device (5) within a capture area (6), wherein the capture area (6) is a three-dimensional spatial region in which the position and pointing direction (8) of the hand (4) are determined. Furthermore, the user's (2) viewing direction (9) is determined by means of the device (3) for displaying the virtual reality.A control device (10) determines whether the pointing direction (8) originating from the position of the hand (2) and the gaze direction (9) converge on a common object (7) in the user's (2) environment. If the pointing direction (8) and the gaze direction (9) converge on a common object, a virtual interaction with the object (7) is performed in virtual reality.