8 results about "Task sharing" patented technology

This application provides a method, device, and storage medium for dimension table joins in Flink, relating to the field of big data technology. The method identifies a target subtask among multiple subtasks of a unified dimension table join operator in the current task manager. After controlling the target subtask to send a query request to an external database and obtain the dimension table data sent by the external database, the method controls the target subtask to load the dimension table data into a static dimension table object set in the metadata space of the task manager. This avoids putting significant operational pressure on the external database in a short period. The method controls the target subtask and multiple other subtasks to perform dimension table join operations based on the obtained raw data and the dimension table data in the static dimension table object, allowing all subtasks in the same task manager to share the same dimension table data, thereby saving physical memory resources.

This application provides an interactive method, apparatus, electronic device, and storage medium based on task sharing. The method includes: acquiring a first task corresponding to a first virtual character in a game; sharing the first task with at least one second virtual character based on the task sharing rules of the first virtual character; and determining the interactive relationship between the first virtual character and the second virtual character based on the execution result of the second virtual character on the first task. This approach solves the technical problems of low social efficiency and high cost in existing game social modes.

The invention relates to the field of embedded systems, in particular to a multi-task shared resource negotiation using method under a single-core embedded processor platform. According to the method, a resource permission management module, a resource permission application module and a resource permission release module are designed, the resource permission management module is used for initializing a shared resource negotiation function, the resource permission application module is used for enabling a task to obtain shared resource use permission, and the resource permission release module is used for enabling the task to release the shared resource use permission. A section of DDR address space is occupied to record shared resource management information, and a timer hardware peripheral of a processor system is called to deal with the overtime abnormal problem. According to the method, management of negotiation conflict resources among the tasks is realized by calling function codes in the tasks, and exception processing is performed by using the timer hardware peripheral of the processor system, so that the sequence of accessing the same resource by a plurality of tasks is ensured, and behavior conflicts among the tasks are avoided.

A method and apparatus for information processing in a game, and an electronic device. The method comprises: generating a target component in response to a task creation operation, the target component comprising at least one task entry (S102); and in response to a sharing operation for the target component, sharing the target component to a designated system of a game, so as to add, by triggering the target component in the designated system, the task entry corresponding to the target component to a task system of the game (S104). In the method, a player can perform task creation according to requirements, and generate the target component comprising the task entry, thereby improving the efficiency of task creation. In addition, the player can share the target component to the designated system of the game, so that the player can import the target component into the task system of the game by one click. In the method, the target component is used for task sharing and circulation, which helps other players to view, import, and perform execution, thereby improving the game experience of players.

This invention discloses an intelligent control method for collaborative autonomous linkage inspection of unmanned equipment in a dedicated power grid. The method includes: opening a task sharing channel for each inspection party, through which the inspection parties share shared inspection tasks in real time; marking the shared inspection tasks in a power grid visualization information model; sharing the power grid visualization information model with each inspection party; identifying the inspection tasks dispatched by the inspection parties and marking them accordingly in the power grid visualization information model; determining the timeliness requirements of each inspection task and the shared inspection task in the power grid visualization information model; marking the inspection tasks and the shared inspection tasks with corresponding classification tags according to the timeliness requirements; performing real-time collaborative inspection analysis of the unmanned inspection equipment based on the classification tags to obtain the inspection control mode, and sharing task completion data in real time with each unmanned inspection equipment of the inspection parties during the inspection process.

The application provides a model initialization method based on cross-task shared expert inheritance, constructs a multi-task mixed expert ancestor model and trains; each task data is input into the ancestor model, and the selection probability of each expert is counted according to layers; the importance score is constructed based on the cross-task average selection probability and the entropy of the expert, and the shared expert is selected according to layers to form a learning gene; each layer of the shared expert is used as a basic expert, a derived expert set is generated through linear expansion to initialize the mixed expert module of the corresponding layer of the offspring model; in the training or fine-tuning of the offspring model, Top-K sparse routing is used to activate the expert and output; when the multi-task training is performed, the task-expert mutual information loss and the task loss are introduced to form a total loss and update the model parameters, and the convergence speed and the generalization performance of the application in unknown downstream tasks can be improved.

An object of a system according to an embodiment is to propose optimal task sharing on the basis of a skill set and task content of an employee and to realize efficient task execution.SOLUTION: A system includes a reception unit, a proposal unit, a monitoring unit, and a readjustment unit. The reception part inputs the work contents and skill set of the employee. The proposal unit analyzes the information input by the reception unit and proposes task sharing. The monitoring unit monitors the progress status of the task in real time based on the task sharing proposed by the proposal unit. The readjustment unit readjusts the task sharing based on the progress status monitored by the monitoring unit.SELECTED DRAWING: Figure 1

The invention discloses an intelligent control method for cooperative autonomous linkage inspection of unmanned equipment of a power private network, and the method comprises the steps: opening a task sharing channel for each inspection party, and enabling the inspection parties to share a shared inspection task for inspection in real time through the task sharing channel; marking in the power grid visual information model according to the shared inspection task; sharing the power grid visual information model to each inspection party; identifying an inspection task dispatched by an inspection party, and correspondingly marking the inspection task in the power grid visual information model; determining timeliness requirements of each inspection task and the shared inspection task in the power grid visual information model; marking corresponding classification labels for the inspection tasks and the shared inspection tasks according to timeliness requirements; and performing real-time collaborative inspection analysis on the unmanned inspection equipment according to the classification labels to obtain an inspection control mode, and performing real-time task completion data sharing with each unmanned inspection equipment of the inspection party in the inspection process.