26 results about "Active object" patented technology

This invention belongs to the field of simulation software secondary development and specifically provides a method for running R language and deploying machine learning algorithms in the AnyLogic software environment. The method includes: creating a Jar package that carries the method; constructing a project main package, including two first-level subpackages, where the first first-level subpackage is composed of two second-level subpackages; porting the constructed project code data into the AnyLogic software environment, and using AnyLogic software to package the active objects contained in the project into a plug-in library that complies with AnyLogic software communication specifications; inserting the plug-in library into the AnyLogic IDE for testing and use; bridging the AnyLogic environment with mainstream R language machine learning packages through the plug-in library, and calling the return values ​​of the R language machine learning in real time during simulation experiments. This method overcomes the complexity and technical challenges of effectively integrating and using R language machine learning methods in AnyLogic, improving the predictive capabilities and overall simulation performance of the simulation model.

The invention provides a live broadcast object processing method and device, equipment and a storage medium, and the method comprises the steps: displaying first state information corresponding to a target live broadcast object on a live broadcast room page, the target live broadcast object being a live broadcast object being explained, and the target live broadcast object being configured with a target moving object having preset moving time information, the first state information is used for representing that the target moving object is in a first moving state in the multiple moving states, the first state information is controlled to be switched to display second state information, and the second state information is used for representing that the target moving object is in a second moving state in the multiple moving states. Visibly, according to the embodiment of the invention, the target live broadcast object configured with the target moving object with the preset moving time information is displayed on the live broadcast room page, and the state information of the target moving object is controlled to be switched and displayed when the moving state of the target moving object is changed, so that the live broadcast object processing modes are enriched, and the user experience is improved.

The invention provides a mechanical arm control method and device based on multi-mode AI intelligent interaction, and relates to the technical field of mechanical arm control. The method comprises the steps that multi-mode interaction information is collected, and fusion processing is conducted; user task intention analysis is conducted based on the structured interaction instruction data sequence, and a structured operation stage sequence of the target mechanical arm is obtained; constructing interaction primitives with the active object as the center, and obtaining an interaction primitive sequence; and the target mechanical arm is used for transferring the active object to the passive object according to the interaction primitive sequence. The technical problem that in the prior art, due to the fact that a mechanical arm control mode depends on a single input mode or simple information superposition, user intentions are difficult to understand accurately when complex tasks are processed, and consequently the operation precision of the mechanical arm is limited is solved, the multi-modal interaction information is fused and processed, the user task intentions are analyzed, and the operation precision of the mechanical arm is improved. And high-level intentions are converted into low-level executable operation parameters, so that the operation precision and efficiency of the mechanical arm are improved.

A system for evaluating and managing system performance of one or more customer systems, the system comprising: a repository for storing one or more objects; a gateway communicatively coupled to a customer system, the customer system separated from a wide area network by a firewall, and including one or more computer systems and databases within a customer premises, the gateway comprising a plurality of adapters configured to translate commands and data with system applications within a customer system without deploying agents within the customer system; a plurality of active objects configured to implement a plurality of workflows; one or more processors communicatively coupled to the memory and the gateway, the firewall being disposed between the gateway and the one or more processors, the one or more processors and the gateway being configured to: detect an alert that a monitoring policy related to a monitored event for the customer system has been violated, automatically generate and implement a corrective action workflow, and deploy the corrective action workflow through at least one of the plurality of active objects, wherein the corrective action workflows are assigned metadata via inputs and intelligent toolset to classify and categorize the metadata, and wherein the corrective action workflows are catalogued in a library and converted into model parameters, and wherein the detection of the alert is based on an inference.

The invention relates to a game scene control method and device and a storage medium. The method comprises the steps that a skill identifier of a virtual skill of a first object in a game scene is displayed on a game interface; in response to the fact that the skill identifier is triggered, setting the first object to be in a first state of releasing the virtual skill; on the basis that the first object is in the first state, a specific inactive object in the game scene is converted into a set number of subordinate moving objects of the first object; wherein the specific inactive object is selected based on the radiation characteristics of the virtual skill, and the set number is related to the attribute of the specific inactive object. The visual effect of the game picture can be improved.

The invention provides an interaction control method and device and electronic equipment. The method comprises the steps that a virtual activity page is displayed on a graphical user interface, the virtual activity page at least comprises a first area and a second area, and a virtual cursor of a first form is displayed in the first area; in the process of controlling the movement of the virtual cursor in the first form, responding to the movement of the virtual cursor in the first form to the second area, and controlling the virtual cursor moving in the second area to be switched from the first form to the second form; in response to the fact that the position relation between the virtual cursor in the second form and the moving object meets a first specified condition, interaction prompt information is displayed in an associated mode for the moving object; wherein the interaction prompt information is at least used for prompting an interaction mode for the moving object; and in response to the triggering of the interaction mode, controlling to determine a virtual resource to be allocated to the target account from a preset resource pool. The method can reduce the false touch rate, improve the operation efficiency, and further improve the activity participation experience.

The invention discloses an active-active object data increment reconstruction method and system based on distributed storage, which is applied to an active-active object data increment reconstruction system comprising a first site and a second site, and comprises the following steps: determining a data reconstruction interval of a to-be-reconstructed hard disk in the first site after detecting that the first site recovers availability from a fault, the lower limit of the reconstruction interval is defined by the global lowest submission timeline, and the upper limit is defined by the current time point; scanning the object metadata on a hard disk of the second site, determining objects to be reconstructed according to the data reconstruction interval, and generating a list of the objects to be reconstructed; sending the to-be-reconstructed object list to a to-be-reconstructed hard disk of the first site; and the to-be-reconstructed hard disk of the first site pulls incremental data in the data reconstruction interval from the second site according to the to-be-reconstructed object list so as to complete data reconstruction.

The embodiment of the invention provides a data processing method and device, equipment and a medium, and the method comprises the steps: carrying out the sampling of business objects in an object relation network, and obtaining a first sub-network set; counting the first occurrence frequency of each business object in the first sub-network set, and determining the business object corresponding to the maximum first occurrence frequency as a first active object; adding the sub-networks containing the first active object in the first sub-network set to a second sub-network set, and determining service objects except the first active object in the second sub-network set as first candidate objects; and counting a second occurrence frequency of the first candidate object in the second sub-network set, and determining a propagation object corresponding to the first active object in the first candidate object according to the second occurrence frequency of the first candidate object and an association relationship between the first active object and the first candidate object. Through the application, the selection accuracy of the propagation object can be improved, and the service recommendation effect is further improved.

The present application provides an object processing method and device, wherein the object processing method includes: obtaining a first current posture of an active object; determining target posture parameters of a slave object based on the first current posture and a preset mapping relationship, wherein the mapping relationship represents a change constraint relationship between the active object and the slave object; and updating the posture of the slave object based on the target posture parameters to obtain the target posture of the slave object. The object processing method provided by the present application can improve the posture update efficiency, simplify the posture update procedure for the slave object, and thus improve the object processing efficiency.

The application provides a display method of application multi-windows and an electronic device, the method comprises the following steps: the electronic device receives a first operation of a user, the first operation is used for opening an application, the application supports a parallel view mode, the parallel view mode comprises a first window and a second window, the first window corresponds to a component started by the application, and the second window corresponds to a component created by a system of the electronic device; in response to the first operation, the electronic device creates an active object and starts the component created by the system, the active object comprises a process name and a unique identifier of the application; and the component created by the system is started in the process of the application according to the process name and the unique identifier of the application in the active object. The method provided by the application ensures that the activities corresponding to the first window and the second window are started in the same application process, thereby ensuring that the electronic device manages the two display windows simultaneously on the basis of avoiding occupying system memory, and improving the user experience.

Aspects of the present disclosure relate to systems and methods for sorting one or more files hosted by a collaborative application. In one aspect, one or more activity signals associated with one or more files hosted by the collaborative application may be received from a substrate. An activity-based sort order may be determined using at least a combination of the one or more activity signals. The activity-based sort order may be applied to sort the one or more files hosted by the collaborative application for display in a user interface to an activity object of the collaborative application.

Provided are a program, an information processing system, and an information processing method that can give a player a positive motivation for playing a game using a variety of game media. A step parameter is accumulated in accordance with a usage state of a game, and when the step parameter satisfies an execution condition of an activity and the activity can be executed, selection of a character to be an activity target is accepted. An activity is executed in association with a character as a moving object under the condition of a consumption walk parameter, and an intimacy parameter associated with the character as the moving object is updated on the basis of a result obtained by executing the activity.

The invention belongs to the field of secondary development of simulation software, and particularly provides a method for introducing multiple physical field dimensions in an AnyLogic software environment and carrying out physical-logic hybrid simulation, which comprises the following steps: creating a Jar package bearing the method; project code data are transplanted into an AnyLogic software environment, and the AnyLogic software is used for packaging active objects contained in the project into a plug-in library conforming to AnyLogic software communication specifications; the plug-in library is inserted into the AnyLogic IDE to be tested and used; a lightweight CFD simulation engine is directly deployed in an AnyLogic environment through a plug-in library, a multi-physics field with high fidelity with the real world is built, and a special data reading and exchanging method is utilized in a simulation experiment. According to the method, continuous multi-physical field dimensions are directly introduced, so that high-precision fusion of a logic process and a physical rule in a simulation experiment is realized, and the overall simulation degree, the decision support capability and the normal form cooperation efficiency of complex system simulation are remarkably improved.

Described is a system for use in implementing a distributed actor architecture, the system comprising: an instance actor component comprising one or more instance receiver; one or more proxy actor component comprising: one or more proxy receiver configured to communicate with the instance receiver, wherein the instance actor component further comprises actor state information and message information, and is configured to control access to the instance data through the one or more proxy receiver.

The invention discloses an active-active object data layout method and system based on distributed storage, and the method comprises the steps: dividing to-be-stored data into a plurality of distributed active-active objects, and distributing a unique identifier for each distributed active-active object; for each distributed active-active object, calculating a first group of storage positions in the first site based on the storage resource topological information of the first site and the unique identifier of the distributed active-active object, the first group of storage positions conforming to a preset redundancy strategy; calculating a second group of storage positions in the second site based on the storage resource topological information of the second site and the same unique identifier of the distributed active-active object, the second group of storage positions being consistent with the first group of storage positions in quantity and redundancy strategy; and synchronously writing the complete data of each distributed active-active object into the corresponding first group of storage positions and the corresponding second group of storage positions, so that the first site and the second site respectively store a part of complete and independently accessible object data.

The application provides a game activity management method and device and electronic equipment, the method comprises the following steps: obtaining activity data of an activity to be generated; wherein the activity data comprises an activity type and / or an activity opening rule of the activity to be generated; then inputting the activity data into a preset activity framework model, so that the activity framework model generates an activity object corresponding to the activity to be generated based on the activity data, and manages a life cycle of the activity to be generated through the activity object, wherein the life cycle at least comprises an activity start and an activity end. In this way, the activity framework model can automatically generate an activity object according to the activity data, and manage the life cycle of the activity through the activity object. This method improves the efficiency of developing new activities, and when generating a new activity, it is not necessary to repeatedly write codes, but can use the activity framework model, thereby reducing the labor cost and ensuring the quality of the activity.

The application discloses a ranging scheduling method and system for realizing moving object detection, sets a UWB anchor node for supporting moving object detection as a first detection UWB anchor node, exchanges and synchronizes ranging session parameters, sends working parameters of the first detection UWB anchor node to a detection module, the detection module identifies and receives frames sent by the first detection UWB anchor node, acquires CIR and extracts feature parameters from the CIR, and then performs moving object detection activities through the feature parameters; and the application scheme is based on a traditional digital key ranging process, the system authorization detection module receives data frames or ranging frames sent by the first detection UWB anchor node, no additional signals are transmitted, and the in-vehicle moving object detection is completed without increasing channel occupation and changing the traditional ranging process.

A visual tracking system helps to detect or locate an active object (such as an active sound source) in a live video or recorded video, and provides a way to help a user who views the live video or recorded video to focus on the active object, without easily being disturbed or distracted by other objects that are present with the active object. The visual tracking system may further track the active object, or detect a new active object when the live video or recorded video is played.

The embodiment of the invention discloses a data processing method and device, equipment and a storage medium, and the method comprises the steps: carrying out the layering of a business object according to the historical media interaction characteristics of the business object in a multimedia application; if the business object belongs to the pre-loss object layer, task push scores corresponding to M multimedia tasks in the multimedia application are determined according to the influence degree of the historical media interaction features on the business object belonging to the pre-loss object layer; if the business object belongs to the active object layer, predicting interaction label information corresponding to the business object under the M multimedia tasks according to historical media interaction characteristics, and determining task push scores corresponding to the M multimedia tasks according to the interaction label information corresponding to the M multimedia tasks; and pushing the multimedia tasks of which the task pushing scores are greater than or equal to a pushing score threshold in the M multimedia tasks to the business object. By adopting the method and the device, the multimedia task pushing accuracy can be improved.

The present invention relates to the field of verification technology, and provides a verification code receiving method, a verification code generating method, and a communication device to address the problem of poor verification code security. The method comprises: sending a verification code request to a server; and receiving a two-dimensional matrix verification code sent by the server in response to the verification code request. In the two-dimensional matrix verification code, the value corresponding to the initial position associated with an active object is different from the value corresponding to the position associated with any of a plurality of obstacle objects, the values ​​corresponding to the positions associated with the plurality of obstacles are the same, and a prompt object is preset to be associated with the expected position. In this way, the verification code content can be enriched, the risk of being recognized can be reduced, and the security of the verification code can be improved.

The invention discloses a data processing method and system for realizing moving object detection and behavior recognition, and relates to the technical field of computer data processing, and the method comprises the steps: collecting multi-source data, and carrying out the denoising, point cloud outlier elimination and normalization processing; performing initial detection on a moving object, optimizing an anchor frame by using improved YOLOv8, and performing space-time matching with an image candidate frame after radar clustering; multi-dimensional feature extraction: extracting space-time, attitude and attribute features and splicing the space-time, attitude and attribute features into feature vectors; training and reasoning a behavior recognition model, constructing a hybrid model for training, and reasoning an output behavior category and confidence; optimizing a result, dynamically adjusting a confidence coefficient threshold value, performing multi-source verification and matching an abnormal rule; and outputting and feeding back a result, visually outputting and alarming, and storing a log to support retrieval. According to the method, environmental interference is solved through multi-source fusion, the anchor frame is optimized, missing detection is reduced, the model gives consideration to precision and speed, abnormal misjudgment is reduced through multi-source verification, and the method is adaptive to multiple scenes.

The present disclosure relates to a live-streaming object processing method and apparatus, a device, and a storage medium. The method comprises: displaying, on a live-streaming page, first status information corresponding to a target live-streaming object, wherein the target live-streaming object is a live-streaming object being explained, and the target live-streaming object is configured with a target activity object having preset activity time information, the preset activity time information being used for dividing the target activity object into a plurality of activity statuses, the first status information being used for representing that the target activity object is in a first activity status from among the plurality of activity statuses, and the first status information comprising countdown information corresponding to the first activity status; and controlling the first status information to switch to display second status information, wherein the second status information is used for representing that the target activity object is in a second activity status from among the plurality of activity statuses, and the second status information comprises countdown information corresponding to the second activity status.

A memory management system based on arena is disclosed. In response to a call for reclaiming memory for storing a group of objects allocated in an arena, unused objects in the group of objects allocated in the arena are collected (302). Active objects among the multiple objects are copied from the arena to the heap (304).

The present invention discloses a method and related equipment for querying the number of active objects based on multi-tenant multi-object pools, which can be applied to various scenarios such as cloud technology, artificial intelligence, smart transportation, and assisted driving. The method includes: responding to a target tenant's active object number query request, obtaining the first identification information of each object pool corresponding to the target tenant; searching for active object records corresponding to each first identification information from a target cache corresponding to the target tenant to obtain search results corresponding to each first identification information; the active object records in the target cache are used to record the active objects of the object pool corresponding to the corresponding first identification information within a preset time period; determining the number of active objects of the object pool corresponding to each first identification information within the preset time period based on the search results corresponding to each first identification information; and displaying the number of active objects in each object pool. The present invention enables tenants to quickly obtain the accurate number of active users in multiple user pools corresponding to them.

The embodiments of the present application provide an object screening method, apparatus, device and storage medium, which can be applied to various scenarios such as artificial intelligence, map field, and vehicle-mounted scenarios. The method includes: using a causal inference model to predict the activity probability gain of each candidate object, and then based on the activity probability gain of multiple candidate objects, screening out message push objects for issuing reminder identifiers, so as to achieve screening out message push objects that are sensitive to reminder identifiers from multiple candidate objects. Therefore, when issuing reminder identifiers to message push objects, the activity probability of message push objects is effectively improved, thereby increasing the number of active objects of the application and improving resource utilization. Secondly, the causal inference model is obtained by joint training with the auxiliary model. Therefore, during the training process, the causal inference model and the auxiliary model supervise each other's learning, and adopt the corresponding loss function to jointly optimize the gradient, thereby improving the accuracy and robustness of the causal inference model obtained through training.

The present application provides an object control method and apparatus. The object control method includes: obtaining a first pose parameter of an active object and a second pose parameter of a driven object; determining a transformation component of the driven object on a locking plane according to the first pose parameter and the second pose parameter, wherein the locking plane is determined based on a locking coordinate axis; determining a locking rotation axis and a rotation angle of the driven object according to an initial direction vector and the transformation component of the driven object; and controlling the driven object to rotate by the rotation angle along the locking rotation axis. In this way, according to the required transformation effect, the coordinate axis can be locked in advance, the pose parameters of the driven object can be converted, the locking rotation axis and the rotation angle of the driven object can be determined, and the driven object can be controlled to rotate by the corresponding angle only along the determined locking rotation axis. For the dynamically transformed local coordinates, the rotation dimension of a certain axis is avoided from being lost due to the superposition of three-axis rotations, and the accuracy of controlling the pose transformation of the driven object is improved.