754 results about "Object Attribute" patented technology

Systems and methods for determining attributes in media content. A computing device may be configured to obtain the media content based on a received media content identifier and segment the media content into scenes. The computing device may analyze viewer engagement metrics to identify a scene associated with a viewer engagement score that exceeds a threshold, select video frames from the identified scene, and identify primary objects in the series of images in the scene. The computing device may add a bounding box around the identified primary objects in one or more selected frames and perform text extraction within the bounding box. The computing device may determine object attributes of the identified primary objects, querying a database to identify topics of interest (ToIs) based on the extracted text and the determined object attributes, and performing a responsive action in response to identifying the one or more ToIs.

System, methods, and algorithms are disclosed to carry out real-time video scene parsing and indexing in conjunction with query-based retrieval of geographically distributed object-attribute relationships. A distributed video analytics query mechanism is disclosed that involves swarms of small deep neural networks at embedded-AI edge devices, which can quickly perform initial feature detection and extraction and also re-identification of features or object in a cooperative manner. Then, the high-volume edge inference may fall back to the query computing model in a cloud, which performs complementary large scale up processing and result generation. The final decision, labelling, and scene investigation may be done by humans after interpreting the query results. This approach can provide the benefit of low communication costs (edge to cloud) compared to continually offloading parallel streams of edge devices, such as video, to the cloud.

The invention discloses a complex three-dimensional scene twinborn modeling method guided by a geographic knowledge map, belongs to the technical field of digital twinborn, and solves the problems that the existing twinborn scene modeling method mostly focuses on single space dimension fusion and does not consider the multi-dimension fusion requirement, such as the synergistic effect of objects, attributes and the whole scene is not considered, and the modeling effect is poor. The model precision is reduced, and the adaptability is insufficient. The method comprises the following steps: constructing a scene-feature-transition complex three-dimensional scene geographic knowledge graph based on obtained dynamic and static data of each geographic scene in a complex three-dimensional twinborn scene physical space, and updating in real time; and carrying out dynamic fusion modeling on the complex three-dimensional scene through progressive guidance layer by layer from an object level, an attribute level to a scene level by adopting a geographic knowledge graph of the complex three-dimensional scene. The method is used for complex three-dimensional scene twin modeling.

Methods and systems for determining a grasp proposal for object picking by a robot gripper are descried wherein the method may comprise capturing an image comprising an object to be grasped by the robot gripper; providing the image to a deep neural network system that is trained to generate an object segmentation map for identifying pixels in the image that are associated with the object and to generate a plurality of object property maps, each object property map linking pixels of the object to information about a predetermined object property; and, determining a grasp proposal for a controller of the robot based on the one or more generated object property maps.

The invention discloses a distributed data storage management system and method, and relates to the technical field of distributed storage, and the method comprises the steps: obtaining an access log, metadata and content features of each node; data object attributes are judged, cold data are marked, and cold data distribution nodes are positioned; the method comprises the following steps: dividing cold data into permanent, periodic and sudden basic access modes through first-layer classification; generating a composite classification label through second-layer classification; matching a predefined strategy matrix according to a classification result, dynamically selecting a compression algorithm and a storage medium, and allocating bandwidth; operation auditing, compliance verification and exception handling are realized through the smart contract; and collecting strategy execution indexes in real time, and adjusting classification model parameters and resource scheduling weights. Through an intelligent cold data judgment and classification mechanism, cold data is accurately identified and managed, occupation of storage resources is reduced, and the overall utilization rate of the storage resources is improved.

A modeling system receives, in association with generating a three-dimensional (3D) virtual reset, a selection of a 3D virtual object. The modeling system presents, at a user interface, the 3D virtual object in the 3D virtual reset at a first position. The modeling system receives, via the user interface, an edit to the 3D virtual object in the 3D virtual reset. The modeling system updates the presentation of the 3D virtual reset by showing the edit. The modeling system stores the 3D virtual reset by including, in the 3D virtual reset, information about the 3D virtual object and information about the edit.

The invention discloses an autonomous visual semantic navigation system and method based on interactive semantic mapping, a semantic scene graph is constructed by sensing the environment through a first visual angle of a robot and combining top-down environment semantic priori, and the method comprises regional spatial distribution identification, object attribute and layout analysis and room type clustering. And in combination with priori knowledge, complete scene representation is formed, the scene graph can be dynamically adapted and updated according to real-time observation of the robot, and the accuracy and timeliness of scene representation are ensured. Besides, a high-level and low-level AI agent module cooperation mechanism is adopted, and the high-level AI agent module is responsible for understanding and decomposing navigation tasks and distributing subtasks and supervising the execution process; the low-layer AI agent module is responsible for further dynamic decomposition and execution of the subtasks and feeds back execution results to the high-layer Agent, a complete task closed-loop monitoring mechanism is formed, and the execution efficiency and robustness of the navigation tasks are improved.

A three-dimensional encasement reinforcement learning method based on multi-modal sensing distillation comprises the steps that a high-fidelity physical simulation environment is constructed, strategy optimization is achieved through a teacher-student double-stage framework, a teacher network fuses vision, article attributes and internal physical state privilege information, and a high-stability encasement strategy is trained through hierarchical action masks and domain randomization; a student network only depends on visual input, teacher action distribution and value functions are aligned through KL divergence and L2 loss, and knowledge distillation is achieved; after deployment, a motion mask is generated in combination with lightweight collision detection. A failure scene can be played back to a simulation environment through a playback mechanism, and a student network is continuously optimized by using a teacher strategy. According to the method, the space utilization rate is remarkably improved in simulation and reality, the turnover rate is reduced, complex physical constraints can be adapted without expensive sensors, and an efficient and robust solution is provided for industrial automation.

The invention relates to the technical field of robots, and discloses a task planning method and device for a robot, equipment and a medium, and the method comprises the steps: building a scene relation graph model containing environment space topology and object attributes; inputting the received natural language instruction into the first language model, and outputting a structured task target; on the basis of the structured task target and the real-time environment perception data, auxiliary information is generated through a second language model, and the scene relation graph model is updated; inputting the updated scene relation graph model into a reinforcement learning model, and outputting an action decision sequence; and the target robot is controlled to execute the action decision sequence, and reinforcement learning strategies of the scene relation graph model and the reinforcement learning model are adjusted according to the environment feedback information. According to the invention, efficient, flexible and accurate task planning of the robot in a complex dynamic scene can be realized, and the efficiency and adaptability of task planning of the robot are improved.

A method of integrating a cryptographic digital asset into a digital software application, includes receiving a digital asset identification (ID) code, the digital asset ID code existing together with a unique owner ID code on a distributed blockchain ledger. The digital asset ID code represents the cryptographic digital asset, and the cryptographic digital asset comprises a plurality of attributes. A virtual object is then represented on the display via the digital software application. The virtual object has an appearance that is based on the plurality of attributes of the cryptographic digital asset, and the virtual object includes a plurality of object attributes. The method further includes modifying at least one of the object attributes according to an aspect of the digital software application or interaction between the character avatar and the virtual object and representing a modified virtual object on the display via the digital software application.

The invention provides a semantic information reasoning method guided by a remote sensing scene graph, which can be applied to the technical field of remote sensing image processing. The method comprises the following steps: segmenting a remote sensing image to generate a scene segmentation image; executing target detection to generate an image block set; performing fine-grained analysis on the image global features and the image block set to generate a scene description text; performing grammar analysis, extracting a triple of objects, object attributes and relation information among the objects, and generating a remote sensing scene graph related to the problem; encoding the problem text into an embedded vector, projecting the embedded vector to a visual feature space, processing the embedded vector through a frozen self-attention layer and a learnable gating layer, and outputting an image-text interaction feature; carrying out attention fusion and double gating balance on the question coding features, and outputting a text code guided by a scene graph; and fusing the interaction features and the text codes, and reasoning local semantic information of the target area. The invention further provides a semantic information reasoning device and equipment guided by the remote sensing scene graph and a medium.

A technique for creating a GraphQL Application Programing Interface (API) schema is disclosed. The technique includes generating a filter input object for an object defined in a GraphQL API schema. The filter input object provides the ability for a GraphQL API user (i.e., an API developer or an end user) to perform filtering operations in a query operation on schema objects defined in a GraphQL API schema. The filter input object comprises a set of object attributes and a set of custom attributes. The custom attributes provide the ability for an API developer (or an end user) to perform complex filtering operations in a query operation on schema objects defined in a GraphQL API schema. The technique further includes receiving a query operation to be performed and executing the query operation against a backend datasource to obtain a query result. The query result is transmitted to a GraphQL API user.

Systems and methods receive control signal(s) representing a UI input provided via an actionable GUI input component depicted via a GUI of a computer screen, the UI input indicating the user's need for an entity object, accessible via an entity, to be personalized for the user. Stored user data of the user stored to data storage location(s) is accessed that includes both attribute data associated with the user and resource data associated with a resource currently possessed by the user. Data analysis is performed on entity objects each having object attributes, the data analysis including evaluating the object attributes relative stored user data, identifying entity objects available to the user, and ranking the entity objects. Interactive UI input components associated with entity object content are generated and display, via the GUI, is initiated, the entity object content including a selection of ranked entity objects available to the user.

The invention provides a task execution method, device and system based on a model context protocol, and relates to the technical field of artificial intelligence, in particular to the technical fields of cloud services, large models, model context protocol services and the like. The task execution method based on the model context protocol comprises the following steps: in response to a received task request related to a target object, determining tool related information associated with an object attribute of the target object in a model context protocol service; tool related information is sent to a model end where the large model is deployed, and target related information determined from the tool related information based on the large model is received; and based on the target related information, calling a target tool for the model context protocol service to execute a target task related to the task request, and obtaining a task execution result.

Systems and methods receive control signal(s) representing a UI input provided via an actionable GUI input component depicted via a GUI of a computer screen, the UI input indicating the user's need for an entity object, accessible via an entity, to be personalized for the user. Stored user data of the user stored to data storage location(s) is accessed that includes both attribute data associated with the user and resource data associated with a resource currently possessed by the user. Data analysis is performed on entity objects each having object attributes, the data analysis including evaluating the object attributes relative stored user data, identifying entity objects initially available to the user, and ranking the entity objects. Interactive UI input components associated with entity object content are generated and display, via the GUI, is initiated, the entity object content including a selection of ranked entity objects available to the user.

Systems and methods for determining attributes in media content. A computing device may be configured to obtain the media content based on a received media content identifier and segment the media content into scenes. The computing device may analyze viewer engagement metrics to identify a scene associated with a viewer engagement score that exceeds a threshold, select video frames from the identified scene, and identify primary objects in the series of images in the scene. The computing device may add a bounding box around the identified primary objects in one or more selected frames and perform text extraction within the bounding box. The computing device may determine object attributes of the identified primary objects, querying a database to identify topics of interest (ToIs) based on the extracted text and the determined object attributes, and performing a responsive action in response to identifying the one or more ToIs.

The invention relates to the technical field of video generation, in particular to a functional scene modeling and large model cross-dimension content generation method and system.The method comprises the steps that multi-modal scene description data input by a user are received, and the scene description data comprise text data, image data and audio data; analyzing the multi-modal scene description data, and extracting scene object entities, object attribute parameters and inter-object interaction logic; constructing a dynamically adjustable scene model, and instantiating the scene object entity into a functional unit; calling a pre-trained large language model or a multi-modal generation model, and executing cross-dimension content generation; dynamically optimizing output based on user feedback data; and outputting the optimized cross-modal content to the application terminal. According to the method, a scene entity is abstracted into a programmable function unit, real-time dynamic adjustment is supported through an internal parameter interface, the states of all associated units can be linked and updated in a short time by a dependency relationship topological graph, and the hysteresis of traditional script coding is avoided.

The invention relates to a software function point extraction and element identification method and system, equipment and a medium. According to the method, the natural language processing capability of the large language model and the precise classification capability of the text classification model are combined, so that precise extraction and element recognition of function points in the software requirement document can be realized. And by introducing structured text segmentation, an object attribute cleaning strategy, a cue word optimization extraction scheme, a mechanism of secondary supplemental extraction of ILF function points and a correction optimization strategy based on a heuristic rule, the integrity and accuracy of function point extraction and recognition can be remarkably improved, the situation of mistaken extraction or omission is reduced, and the recognition efficiency is improved. And a solid data basis is provided for software scale automatic estimation.

The invention belongs to the technical field of video material processing, and discloses a video material intelligent processing method and device based on dynamic semantic driving, and the method comprises the steps: carrying out the frame-by-frame analysis of an input video through a pre-trained semantic feature extraction model, and extracting a deep semantic vector containing an object attribute, a scene context and a multi-modal emotion feature; performing dynamic analysis on the deep semantic vector based on a time sequence attention mechanism, and generating a semantic state change map reflecting a video content evolution rule in real time; generating an adaptive processing strategy through a reinforcement learning strategy network based on a real-time matching result of a personalized processing demand input by a user and the semantic state change graph; performing dynamic processing operation on the input video according to a self-adaptive processing strategy to generate a target video material; according to the invention, the problems of shallow semantic understanding and fixed processing mode in the prior art are effectively solved, the video processing effect and the user experience are improved, and the requirements of diversification, timeliness and individuation are met.

The invention discloses a man-machine interaction method and system based on an intelligent sensor, belongs to the technical field of robots, solves the problem of misoperation caused by abnormal sensor data to a certain extent, and enables the system to still run stably through quality credibility evaluation and a dynamic weight distribution mechanism when part of sensors fail. Meanwhile, based on a dynamic safety boundary strategy of scene semantic understanding, the robot can automatically adjust motion constraints according to object attributes and spatial relations, and collaborative optimization of safety and operation efficiency is achieved in complex tasks.

The present application provides a method for device, and computer storage medium for generating an image caption. The method comprises: obtaining an image to be processed and auxiliary caption information, wherein the image to be processed includes a main object, and the auxiliary caption information includes at least one of the following: name information corresponding to the main object, object category corresponding to the main object, an object attribute corresponding to the main object, and an image tag corresponding to the image to be processed; determining an image feature corresponding to the image to be processed, and an auxiliary feature corresponding to the auxiliary caption information; generating the caption based on the image feature and the auxiliary feature to obtain a target caption corresponding to the image to be processed, wherein the target caption includes the name information of the main object.

The invention provides a control method and system of a sweeping robot, and the method comprises the steps: obtaining image data, three-dimensional space data and sound data of a surrounding environment, and extracting object attribute features, space features and sound attribute features in the environment; fusing the object attribute feature, the spatial feature and the sound attribute feature to obtain an identification result; based on an identification result, executing hierarchical scene adaptive planning and executing a cleaning task by adopting a self-adaptive variational cleaning strategy; after the cleaning task is completed, second image data of the cleaned area are collected; recognizing residual stains on the ground according to the second image data and a preset cleaning effect recognition model; and if the area of the residual stain exceeds a preset area threshold value, triggering a re-cleaning program, and automatically switching a corresponding cleaning mode according to the type of the residual stain. According to the scheme, when the sweeping robot encounters the obstacles in the sweeping area, the sweeping robot can intelligently take accurate countermeasures, and an excellent sweeping effect is achieved.

The invention discloses an object identification method and device, a storage medium and electronic equipment. The method comprises the following steps: acquiring a prompt text and a to-be-recognized image; continuously stacked target fusion modules are used for extracting prompt text features of the prompt text and to-be-recognized image features of the to-be-recognized image, the prompt text features and the to-be-recognized image features are fused to obtain fusion features, mapping operation is executed on the fusion features, and semantic control weight vectors are determined; using the semantic control weight vector to activate the target image feature to obtain a text activation image feature; and respectively executing an attribute recognition task and a target re-recognition task based on the text activation image features, and generating a target recognition result. The technical problems of limited object recognition rate and too low recognition efficiency caused by the fact that object attribute values need to be defined in advance to recognize specified objects in the prior art are solved.

The invention belongs to the technical field of network security, and particularly relates to a product object attribute change identification method, system and device, and a medium, the method comprises the following steps: pre-defining a user-defined annotation for marking a field needing to be verified; after the information of any product object is edited again, all edited first fields are obtained from the front end through a reflection mechanism, and all corresponding second fields are called from a database at the rear end; wherein the fields with the same attribute in the first field and the second field have the same annotation information; and for any first field, acquiring a field name corresponding to the first field by utilizing a reflection mechanism, indexing corresponding field values from all the second fields according to the field name, and identifying whether the fields of the product object are changed or not by checking the first field and the field values.

The invention relates to a method and a device for generating a video with a body and electronic equipment. The method comprises the following steps: analyzing a task instruction and initial environment observation data, generating a key operation step sequence and an associated object set thereof, and constructing a three-dimensional physical constraint graph; generating an initial action video sequence based on the coding condition; in response to single-frame action execution, calculating a spatial error index, and if the object contact distance deviation, the trajectory collision probability or the physical constraint violation value exceeds a preset threshold, triggering the space-time diffusion model to generate a correction frame based on the current physical constraint graph; in response to the completion of the key operation steps, verifying the semantic matching degree of the generated result and the task target, and if the key object attribute loss or the operation logic error is detected, regenerating the task operation step sequence and the physical constraint graph; and updating the object position, the distance threshold and the motion feasible region in the physical constraint graph, and inputting the space-time diffusion model. According to the method, the problems of physical consistency deficiency, error accumulation and semantic understanding splitting are solved.

The invention relates to the technical field of data processing, and discloses a full-life-cycle-oriented engineering technology data governance method and a full-life-cycle-oriented engineering technology data governance system. The method comprises the steps that project object attributes are divided into an anchor point attribute set and an extended attribute set, a locking mark is added to the anchor point attribute set, the extended attribute set is layered according to stages to obtain a data object meta-model, a dependency relationship mapping table is established according to the data object meta-model to achieve automatic verification when the attributes are changed, and the attribute change is completed. And establishing a spatial topological graph and a process graph to diagnose inconsistent defects, establishing a weighted graph to quantitatively analyze change influences, evaluating data quality according to scene types, and intelligently complementing missing attributes. According to the method, the integrity and consistency of cross-stage transmission of engineering data, the real-time performance and accuracy of multi-professional data collaboration, the depth and automation degree of data quality diagnosis, the scientificity and comprehensiveness of change impact analysis and the flexibility and efficiency of data utilization are improved.

The invention relates to the technical field of metadata management, and discloses a method for improving metadata storage and query efficiency, comprising: establishing a meta-model of each type of metadata, the meta-model comprising an object, an attribute and a relationship of the metadata; obtaining a heat value of each meta-model based on historical information of the meta-models, performing dynamic heat partitioning on the meta-models according to the heat values, and adjusting an index strategy, a storage strategy and a cache strategy according to the dynamic heat partitioning of the meta-models; the storage and query process is monitored in real time, index data monitored in real time in different dynamic popularity partitions are analyzed, and the meta-model is adjusted according to the analysis result. According to the method, the corresponding management mode can be dynamically adjusted according to the popularity state of the meta-model, so that the metadata storage and query efficiency is improved on the whole; meanwhile, real-time optimization of the meta-model is achieved by monitoring the storage and query processes in real time, and the metadata storage and query efficiency is improved.

The invention discloses a prototype dynamic component real-time preview method and device based on a design tool, and the method comprises the steps: creating a prototype dynamic component in a design canvas page, and recording the object attribute of each container in the prototype dynamic component; monitoring an interaction setting operation of the prototype dynamic component; wherein the interaction setting operation comprises animation interaction setting operation and object attribute setting operation; the animation interaction setting operation comprises a triggering condition, an interaction action, a target and animation setting; displaying a dynamic component preview area at a preset position of the prototype dynamic component after the interaction setting of the prototype dynamic component is completed or in the interaction setting process; and rendering the interactive operation process of the prototype dynamic component in real time through the dynamic component preview area so as to display the dynamic visual effect of the prototype dynamic component. According to the method, the fluency of a designer in a creative process is improved, and the number of design iterations caused by preview delay is reduced, so that the design efficiency is improved.

The invention discloses a terminal access permission analysis method and system based on a zero-trust ABAC model. The method comprises the steps that a user terminal sends a resource access request; the PEP receives a resource access request sent by the user terminal; the method comprises the following steps: extracting a multi-dimensional attribute from a user request according to a preset acquisition requirement based on the user request, converting the user request into an attribute request, and sending the attribute request to a policy decision point PDP; the attributes comprise a user attribute, an environment attribute, an operation attribute and an object attribute; the PDP performs access permission analysis by using a policy management point (PAP) based on the attribute request, obtains an access permission analysis result and feeds back the access permission analysis result to the PEP, and information fed back by the PDP to the PEP comprises permission, rejection, inapplicability and unknown; and the PEP permits or prohibits the resource access request according to the feedback information received from the PDP. According to the invention, on the basis of a zero-trust technical framework, fine management of authority is realized through the ABAC, and continuously changing business requirements and security challenges are effectively coped with.