76 results about "Content object" patented technology

The embodiment of the invention provides an agent-based task interaction method and device, equipment and a storage medium. The method comprises the steps that in response to a received request for indicating a target task, an execution plan of the target task is determined through an intelligent agent, and the execution plan indicates at least one subtask; during execution of the target task according to the execution plan, presenting a content object representing an intermediate execution result of the target task, the content object having an at least partially structured visual pattern, the intermediate execution result comprising at least a portion of a corresponding execution result of the at least one sub-task; in response to receiving feedback for at least a portion of the content object, a response to the feedback is provided with the agent.

A smart cart presents candidate content objects to a user according to presentation constraints determined based on a predicted route of the smart cart. The smart cart obtains, from an item database, a plurality of candidate content objects to be presented to a user of a smart cart. The smart cart obtains a location of the smart cart in an environment. The smart cart applies a machine-learning route prediction model to the location of the smart cart to determine a future route of the smart cart. The smart cart determines, for each candidate content object, one or more presentation constraints based on the future route of the smart cart, wherein the presentation constraints constrain presentation of the candidate content object to the user to maximize a likelihood of the user engaging with the content object. The smart cart presents, via an electronic display, one or more of the candidate content objects according to the presentation constraints.

The application discloses a kind of neural image style migration methods, comprising the following steps: obtaining content image data and style image data;Content image data and style image data are analyzed semantically, and content image data features and style image data features are extracted;Output image data is generated by combining content image data features and style image data features using neural style migration method;Whether output image data meets the standard is judged using first rule;When output image data meets the standard, output image data is exported, and output image data is transmitted to a preset terminal;When neural style migration is carried out, the object in content image and the background in style image are distinguished, and the content object in content image is given higher weight, which is more helpful to retain the content of meaningful image elements in content image, and can effectively improve the quality of output image.

The invention discloses a PDF (Portable Document Format) document structured analysis method based on weighted overlap ratio, which comprises the following steps of: performing layout analysis, standardization and sorting processing on an original PDF document to obtain a layout frame of the original PDF document and a corresponding category label data set; carrying out content object extraction on the original PDF document and constructing to obtain a content object box set of the original PDF document; based on a weighted coincidence degree scoring method, obtaining an optimal attribution layout of the original PDF document content object, and identifying an abnormal scene; based on a configurable rule engine, performing cross validation and deviation correction on the layout frame and the content object frame, and dynamically updating the layout-document content object tree; and based on the dynamically updated layout-document content object tree, outputting an analysis result, and converting and storing the analysis result. According to the method, the problems of inaccurate layout identification, wrong content classification, document content missing and the like are solved, and high-precision, high-robustness and high-flexibility structured analysis of the complex PDF document is realized.

Embodiments provide for integrating custom content object repositories within a website building system. In some embodiments, a content object selection interface is generated comprising a plurality of candidate content objects selected based at least in part on a website identifier and one or more website editing historical interactions. The content object selection interface is rendered via a first computing device associated with an editing user identifier. Using a trained customization model and based at least in part on the editing user identifier, one or more selected candidate content objects are transformed into a custom contextualized content object. The custom contextualized content objects are added to a custom content object repository associated with the website identifier.

This invention provides a method and system for verifying and tracing file fingerprints for scientific instrument data, comprising: Step S1, acquiring user identity information and instrument identifier of the scientific instrument, identifying the original data file through file monitoring and automatically collecting basic metadata to generate labeled metadata; Step S2, calculating the file fingerprint based on the algorithm identifier using a digest algorithm and writing it into a fingerprint database; Step S3, performing fingerprint comparison on the file fingerprints; if the fingerprints are the same, reusing the existing content object identifier and adding a new version record; if they are different, creating a new content object identifier and adding a new version record; and when the same reservation identifier, upload time difference not exceeding a preset threshold, and fingerprint inconsistency are met, creating a version fork and recording the fork reason code and fork reason payload for traceability; Step S4, performing verification processing on the downloaded file. The beneficial effect is that this invention can meet the comprehensive requirements of traceability, auditability, and real-time performance for the security management of scientific instrument data.

Systems and methods are described herein for select content for bid-processing and content placement online placement resources. A computer in an RTB bidding process transmits the selected content to an identified online resource that satisfies the various (and often competing) goal objective thresholds and budget thresholds. The computer transmits the content to the identified online resource, which forwards or transmits the campaign content for display at a user interface of an end-user. The computer analyzes historical data to evaluate the performance of content campaigns against multiple user-selected performance goals and priorities to determine whether to bid for content placement at a given online resource. The computer may generate a blocklist to reject placements at underperforming online resources. The computer may perform optimization functions to determine optimal bid prices that balance the goal objective thresholds and budget threshold and determine whether to bid for the placement.

A travel system generates and provides content recommendations to a user of the travel system. The travel system identifies content categories that are likely to be of interest to the user of the travel system based on context characteristics of the user such as whether the user is a traveler or a local at a particular geographic location. Additionally, the travel system further identifies content objects (e.g., attractions, activities, events, restaurants, businesses, and the like) for each identified content category that are likely to be of interest to the user based on characteristics of each content object. The identified content categories and content objects are provided as content recommendations for display to a user of the travel system, enabling a user to quickly navigate between content categories and content objects within each content category.

One example method includes joining, using a video conferencing application, a video conference hosted by a video conference provider, the video conference having one or more participants; executing, within an execution environment provided by the video conferencing application, a software application to access a content object; receiving a command to share the content object to the one or more participants; and providing the content object to the one or more participants via the video conference provider.

The invention discloses a multi-point collaborative conference large-screen interaction management system, and relates to the technical field of network communication. The system comprises a shared content objectification analysis module for analyzing the shared content into an interactive content object tree; the user interaction intention pre-judgment module is used for monitoring user intention and generating an initial decision node serving as a discussion starting point; the parallel topic session management module is used for creating a parallel disseminating session with automatically inherited context; the decision-making process association generation module is used for displaying logic association of the topics by constructing a decision diagram; and the conference state machine control module is used for managing focusing, diverging and converging conference process states. According to the method, the core interaction, discussion branch and decision-making process of the conference are subjected to comprehensive structured, traceable and visual management, so that the collaborative efficiency and decision-making quality of complex issues are remarkably improved.

The one or more embodiments of the specification provide a method for collaborative editing of a mixed document, applied to a client in a document collaborative editing system for collaborative editing of the mixed document, the mixed document including document content objects corresponding to multiple types of document editors; the method includes: creating a corresponding collaborative document instance for each document content object in the mixed document, the collaborative document instance participating in collaborative editing through a collaborative document model; determining a corresponding original atomic operation of a collaborative editing instruction for the collaborative document instance in the mixed document; expanding the original atomic operation into an expanded atomic operation for the mixed document; and sending the expanded atomic operation to a server of the document collaborative editing system for sharing to other clients for collaborative editing of the mixed document.

Methods, systems, and computer program products for content management systems. Multiple components are operatively interconnected to carry out operations for establishing a user device trust level. A content management system facilitates interactions between a plurality of user devices and a plurality of shared content objects. The plurality of user devices are network connected to the content management system. One of the user devices issues a request to access a particular one of the content objects. Responsive to the request, a two-step device check is performed before granting access to the particular one of the content objects. A first step of the two-step device check process is based on environmental information, and a second step of the two-step device check process is based at least in part on analysis of the content of the particular one of the content objects. The actual bits of the content object itself are inspected.

While a computer system displays a first user interface that includes a plurality of application icons corresponding to different applications, the computer system detects a input that is directed to a first application icon corresponding to a first application. In response, if the input meets first criteria, the computer system displays a first plurality of selectable options, including a first selectable option that corresponds to a first contextual content object of the first application. In response to selection of the first selectable option, the computer system displays the first contextual content object in a second user interface, wherein the first contextual content object is concurrently displayed with one or more contextual content objects corresponding to one or more applications other than the first application, and the first contextual content object includes content that is automatically selected from the first application based on a current context of the computer system.

Methods, systems, and computer program products for automated document generation within a collaboration system. Multiple components are operatively interconnected to carry out automated document generation operations. Collaboration activity limitations are enforced over newly-generated documents. The document generation process produces newly-generated documents and other outputs that are stored in the collaboration system. Operational elements of the collaboration system are able to access the generated document and other document generation system outputs to perform content analysis. Based at least in part on results of the content analysis, characteristics of the generated document and characteristics of the corresponding document system I / O, the collaboration system assigns and / or modifies access parameters of the newly-generated document and its metadata. The access parameters control ongoing enforcement of document handling policies. The document generation process gathers information from third-party systems to produce situation- or application-specific generated documents.

Techniques for integrating a training content platform with a training management platform (TMP) are disclosed. A system includes a file broker and a secret managing unit. The file broker acts as an intermediary between the training content platform and the TMP. The training content platform manages a Sharable Content Object Reference Model-compliant training content. The file broker receives a request, from a tenant of the TMP, to upload the training content to the training content platform. The file broker authenticates the request and in response to a successful authentication, obtains the training content from the tenant. The training content is scanned for malware and in response to an absence of the malware in the training content, an access key from the secret managing unit is fetched. The training content is then sent to the training content platform for uploading the training content thereof using the access key.

Systems and methods are provided in order to avoid ingesting the entire contents of one or more data sources. An object may be associated with one or more pieces / fragments of data that can be stored in different data sources. When a request for the object is initiated, a search for those pieces / fragments of data can be performed. Nodes associated with each data source may generate data queries appropriate for its corresponding data source, retrieve, and if needed transform the data into an object-based data structure. Any pieces / fragments of data that have been discovered and retrieved can be joined, e.g., by an application programming interface server, and forwarded to a requesting client or application. In this way, only data relevant to the object is obtained. Moreover, object versioning can be employed so that the most up-to-date data is obtained.

Method and system for content boundary detection. Display data including a first content object is obtained. With an artificial intelligence detection model configured to detect content objects based on the display data, a set of bounding boxes is determined based on the display data. The set of bounding boxes includes a first bounding box related to the first content object. With an image processing system including one or more computer vision filters or functions that transform the display data, a set of contours is determined based on the display data. The set contours includes a first contour. A correspondence score for the first bounding box and the first contour is calculated. Based on the correspondence score it is determined that the first bounding box and the first contour correspond with each other. A content boundary of the first content object is determined based on the first contour.

Disclosed herein are system, method, and computer program product embodiments for generating intelligent prompts. An embodiment operates by identifying a plurality of content elements in a content object retrieved from a third-party system. The embodiment receives supplemental data collected by one or more enricher micro services invoked based on the plurality of content elements in the content object. The embodiment identifies one or more topics in the content object. The embodiment further creates a nudge card for the content object that includes the plurality of content elements, the supplemental data, the one or more topics, an expiration timer, and at least one interface element associate with an action. The embodiment transmits the nudge card for the content object within a nudge card feed to a client device for presentation to a user.

Methods, systems, and computer program products for electronic signature systems. Multiple components are operatively interconnected to carry out operations for securing e-signatures applied to content objects. A data processing system that interacts with user devices over a network that carries e-signature events raised by the user devices is configured to implement a content management system (CMS) that maintains a single CMS e-signature object within an object storage repository. The single CMS e-signature object is representative of multiple different versions or renditions of CMS objects. Upon an e-sign event, the data processing system modifies the single CMS e-signature object. Human cognition is aided by presentation of two different and independently operable graphical user interface (GUI) renderings, wherein a first rendering presents the single CMS e-signature object and wherein a second rendering displays at least some of the multiple different versions or renditions or properties that constituent the single CMS e-signature object.

The application provides a cloud-edge-terminal collaborative content caching method, according to the number of network content objects in a network content list required by a terminal device and the popularity of each network content object, an initial caching value is obtained to enable the terminal device to make a content request, an edge server performs online updating on the caching value in each time slot by acquiring and responding to the content request to obtain a current caching value; a single-edge caching strategy is constructed according to the established constraint condition of the edge server and the terminal device and the current caching value, a strategy space of the single-edge caching strategy of the edge server and the single-edge caching strategy of the terminal device is obtained; the constructed state space, reward function and strategy space are combined to obtain an action space, a trained deep reinforcement learning network is inputted to perform action selection, and an optimal action is obtained as a multi-edge collaborative caching strategy; long-term delay is optimized without generating a dimension curse to realize efficient collaborative content caching.

A method includes executing a design generating program configured to display on a screen a graphical user interface having a virtual canvas window configured to present selected content objects to be incorporated into a unique design, and a content object selection window including available content objects to select from for presentation in the virtual canvas window. The program is configured to: receive, in the content object selection window, selection inputs indicating selection of first and second content objects and display the first and second content objects in the virtual canvas window. The program is further configured to receive, in the virtual canvas window, manipulation inputs to move the first content object to a target position relative to the second content object, and based on the first and second content objects overlapping, generate, for display in the virtual canvas window, the unique design.

Techniques relating to caching a content object are disclosed. These techniques include transmitting, from a requestor to a first server, a revalidation request relating to a content object, and receiving, at the requestor from the first server, a response to the revalidation request indicating that the content object is not modified. The response is received at the requestor based on the first server determining that metadata describing one or more characteristics of the content object is stored in a cache associated with the first server and that the content object is not stored in the cache, and in response determining whether to retrieve content object data from any server based on analyzing a metric relating to retrieving the content object.

Content is identified based on natural language processing. A data object comprising a freeform text description of desired content is received. Supplementary data objects comprising other freeform text data representing of the desired content are created using a language model. The data object and the supplementary data objects are embedded into a vector space using a second language model. From a plurality of potential content objects, selected content objects are selected based on distances in the vector space between i) the selected content objects and ii) at least one of the data object and the supplementary data objects.

Embodiments described herein relate to systems and methods for collaboration content creation from video conferencing content. In one or more examples, a content collaboration system may receive a notification from a video conferencing platform that a video conference session has ended. The system then receives a transcript of the video conference session. From the transcript, the system generates a transcript-processing prompt to provide to a generative output engine, which returns a generative response including a natural language string that is based on the transcript, prompt, and an output format indicated by the prompt. The system then creates a new collaboration content object, or modifies an existing object, using at least a portion of the generative response.

A first aspect provides an electronic content management system for generation and publication of media content items. The content management system comprises an electronic input module arranged to receive event data comprising attribute data, an electronic storage module arranged to store content objects having an attribute item associated with them, the attribute item having an attribute value and an attribute kind, an electronic processing unit arranged to find, based on the attribute data, at least one content object having an attribute kind matching the attribute data and an electronic content generator module arranged to obtain the found content object and to generate a media content item based on the found content item. This system allows for automated selection of a virtual influencer, based on a particular event, like a sports event. Otherwise, an event is a trend on social media, indicating rising - and declining - popularity of a topic.

The embodiment of the invention relates to a content continuous writing method and device, electronic equipment and a storage medium, and the method comprises the steps: responding to a content continuous writing triggering operation for a target content object, and displaying to-be-written content at a current continuous writing position of the target content object of the current operation in the target content, the current continuous writing position is located in the target content object; and under the condition that the to-be-written content is confirmed to be used, displaying the to-be-written content confirmed to be used in the target content object. According to the embodiment of the invention, during content editing, the to-be-written content can be automatically generated at the current continuous writing position in the target content object, and the confirmation operation is executed on the to-be-written content, so that the to-be-written content is displayed at the current continuous writing position, and an automatic continuous writing function is provided for the target content object; and the convenience and the editing efficiency of editing the target content object are improved.

The embodiments of the disclosure provide a method for managing visual content, a host, and a computer-readable storage medium. The method includes, during a recording phase for recording 3D visual content, recording content information associated with the 3D visual content, wherein the content information associated with the 3D visual content includes at least one of an input event occurring on an input device, an object pose of a target object, and 3D object information corresponding to a 3D content object; and during a playback phase for playing back the recorded 3D visual content, playing back the recorded 3D visual content based on the content information of the recorded 3D visual content.

Systems, methods, and machine-readable media to facilitate adaptive content composite generation with respect to digitally distributed content are disclosed. Observation data corresponding to detected media device operations associated with media devices in a particular geolocation may be processed and mapped to events. An identifier of a particular event may be selected based on the observation data, and a content composite corresponding to the particular event may be created. An adaptable content object may be identified based on the observation data and may be configured with a content object. The content composite may be output for presentation so that the endpoint media device performs operations relating to the content composite. Signals corresponding to the operations triggered by the content composite and indicative interface options may be processed.

Systems and methods are described herein for select content for bid-processing and content placement online placement resources. A computer in an RTB bidding process transmits the selected content to an identified online resource that satisfies the various (and often competing) goal objective thresholds and budget thresholds. The computer transmits the content to the identified online resource, which forwards or transmits the campaign content for display at a user interface of an end-user. The computer analyzes historical data to evaluate the performance of content campaigns against multiple user-selected performance goals and priorities to determine whether to bid for content placement at a given online resource. The computer may generate a blocklist to reject placements at underperforming online resources. The computer may perform optimization functions to determine optimal bid prices that balance the goal objective thresholds and budget threshold and determine whether to bid for the placement.

Methods, systems, and computer program products for gathering electronic signatures to be applied to collaboration system content objects (e.g., contracts, letters, insurance claims, riders, etc.). A collaboration system monitors changes made to the collaboration system content objects during electronic signature processing. A module of the content management system is configured to associate one or more instances of e-signing metadata to one or more of the stored content objects of the content management system. The e-signing metadata indicates whether or not a particular portion of the one or more of the stored content objects has been e-signed by a designated e-signatory. A collaborator who is not one of the designated e-signatories makes a change to one or more of the stored content objects (e.g., contracts, letters, insurance claims, riders, etc.). The change is remediated on-the-fly and the e-signing process continues without having to restart the e-signing process from the beginning.