48 results about "Background process" patented technology

Techniques are described for enabling concurrent and non-blocking replication object deletion during cross-region replications. In some embodiments, in a target file system, a target replication pipeline as part of a cross-region replication, and a deletion pipeline operate in parallel. The deletion pipeline deletes processed objects reaching the last pipeline stage of the target replication pipeline after each checkpoint in the target replication pipeline. In some embodiments, after a non-recoverable failure during the cross-region replication, the cross-region replication can be restarted from the beginning (i.e., fresh restart) without waiting for its unused objects in the Object Store to be deleted by utilizing a generation number associated with each object to delete the unused objects in a background process while allowing deleting processed objects as normal for the freshly restarted cross-region replication.

There are provided systems and methods for scanning objects in a virtual environment. In particular, the present disclosure pertains to the domain of three-dimensional (3D) object capturing in extended reality (XR) environments and to an optimized system and method for passively capturing 3D objects within Extended Reality (XR) environments. A selection of an object from within an XR environment by a user via a user device is detected. A 3D capture session is initiated based on the detection. Scan data corresponding to the selected object is captured during the 3D capture session, where the capturing is performed as a background process on the user device. A 3D representation or model of the object is generated in the XR environment and provided to the user via the user device.

Technology disclosed herein includes systems and methods for transforming large amounts of transactional or system data with no downtime and little to no impact on the end user experience. More specifically, systems and methods for performing crawling data transforms are disclosed in which data transforms run as timed and throttled background processes to reduce the required processing resources and eliminate the need for downtime. A method for performing crawling data transforms includes generating transformation plans having multiple steps based on a transform definition, determining that a number of running plans is below a threshold, determining that a number of running steps is below a threshold, identifying an uncompleted table within a step of a transformation plan, and transforming records in the uncompleted table until all records in the table are transformed or the step is terminated.

The invention provides a short message receiving control method and system, electronic equipment and a storage medium, the control method is applied to an intelligent terminal, and a short message daemon is adopted to scan a first actual state of a short message receiving program in a first monitoring time period; and in response to the first actual state representing that the short message receiving program is in a non-survival state, adopting the short message daemon to generate a first awakening instruction to awaken the short message receiving program. According to the method and the device, the two-way supervision and wake-up mechanism is constructed, the background process is set to send the heartbeat request at regular time to monitor the survivability of the program, and meanwhile, the strategy of uploading failure retry and breakpoint resume is adopted, so that the problems of unstable running, service interruption and the like caused by system killing or self abnormality of the program are solved; according to the method, the short message receiving program can be ensured to run stably without missing the transmission of the short message, meanwhile, the quick discovery and notification of the service abnormality are realized, and the continuity, the reliability and the operation and maintenance of the short message receiving and uploading service are improved.

Techniques are disclosed that enable a self-regulating process to meet a service level objective (SLO). In some embodiments, a self-regulating process is a background process comprising a regulator that receives background job requests and historical information related to the background process for evaluation to determine actions (e.g., speed up, slow down, or maintain the same speed), enabling the background process to adjust its pace gradually and smoothly even when encountering unexpected big changes in load.

A connection setting method that improves the convenience of connection to a network. A method of controlling a terminal apparatus having a predetermined program includes determining, by the predetermined program which is operating as a background process, whether or not the terminal apparatus is in a predetermined state in which the terminal apparatus can access a predetermined peripheral device via a network of a base station to which the terminal apparatus is connected, and executing, based on a determination that the terminal apparatus is not in the predetermined state, predetermined processing to place the terminal apparatus in the predetermined state.

The application discloses a computer device lag processing method and device, a storage medium and a computer device. The method comprises the following steps: continuously monitoring the CPU usage of each background process during the running of the computer device; if the CPU usage of any background process is greater than a preset usage, performing a downgrade process on the normal priority corresponding to the any background process, so as to allocate CPU resources to each process according to the priority of each process by a scheduler, wherein the priority of each foreground process and each background process of the computer device is a normal priority before the downgrade. By dynamically adjusting the priority of the background process, the CPU resources can be more reasonably allocated, the foreground process can obtain sufficient resources to maintain smooth running, and thus the user can avoid the perception of the lag phenomenon.

The invention discloses an intelligent self-adaptive Modbus host communication method and device based on a Rensa chip. The method comprises the following steps: receiving an upper-layer application communication request containing a priority and a callback function pointer; asynchronously sending the request to a background processing task through a mailbox mechanism of the real-time operating system; before a background processing task executes communication, according to a health degree data model formed by historical communication data of a target slave, communication parameters such as timeout are dynamically adjusted through an adaptive algorithm; performing multi-dimensional classification diagnosis on the result, and updating the health degree data model by using the diagnosis result; and notifying the application or triggering an automatic recovery strategy through a callback function according to a communication result. According to the method disclosed by the invention, an intelligent communication management mechanism which is deeply compatible with an official library and has self-learning and self-adaptive capabilities is constructed, so that the problem of lack of a host interface is solved, the development difficulty is reduced, and the stability, reliability and operation efficiency of Modbus communication in a complex industrial environment are improved.

The invention relates to a method and a related device for realizing API (Application Program Interface) docking based on a custom domain event. The method comprises the following steps of: pre-configuring API interface information and condition rules for triggering API calling in a database; when a business service executes a business operation, generating an event in a database transaction bearing the business operation, and storing the event in an event flow table; then, reading the event by a first background process, performing matching according to a preset condition rule, and if the matching is successful, generating a corresponding to-be-called message in a message flow table; and finally, reading the message by the second background process to execute API calling, and retaining the message which fails to call for subsequent retry. According to the method, the dynamic configuration of the API docking logic is realized, the service flexibility is remarkably improved, and meanwhile, the consistency and reliability of data synchronization are ensured through transaction guarantee and two-stage asynchronous processing.

This invention discloses a self-testing method, apparatus, storage medium, and smart terminal for a smart terminal, belonging to the field of smart terminal testing technology. The invention determines a reference self-test score based on the current number of background processes and startup items running in the background of the smart terminal. When the reference self-test score is less than a preset threshold, a target program is selected from the background processes, and memory optimization is performed on the smart terminal based on the target program to obtain an optimized smart terminal. A target self-test score is determined based on the target number of background processes and startup items running in the optimized smart terminal. The target self-test score is used as the self-test result of the smart terminal. By optimizing the memory of the smart terminal and obtaining the self-test result of the optimized smart terminal, dynamic self-testing of the smart terminal is achieved, improving the accuracy of the detection.

The invention relates to the field of system power consumption, and particularly provides a low power consumption method based on a Linux desktop environment, which comprises the following steps: S1, starting a system, and initializing corresponding software and hardware; s2, registering a security service interface of the Dbus; s3, a low-power-consumption level calculation module collects the on-off state, the battery state, the remaining capacity percentage and the CPU occupancy rate of the automatic energy-saving mode and calculates the current low-power-consumption level; s4, broadcasting the current low power consumption level; s5, monitoring the current low-power-consumption level, and executing a corresponding control behavior according to the current low-power-consumption level and a preset low-power-consumption strategy; and S6, collecting the actual execution strategy of each background application, and returning to the step S3 when it is detected that the preset low-power-consumption strategy conflicts with the actual execution strategy. By means of the scheme, the technical problems that an existing low-power-consumption mode only controls a hardware working mode, and management on background processes is not intelligent enough are solved.

Embodiments of the present disclosure include techniques for moving data. In one embodiment, OAuth tokens are used to automate the retrieval of data on remote systems. A frontend application user may select objects to be moved between systems. An OAuth token may be generated by the source server. In some embodiments, the token is passed between content management systems to move data between the content management systems. The OAuth token may be used in an automated background process to retrieve data objects from a source server and send the tokens from a source CMS to a target CMS, where a user may access the data objects.

Techniques are provided for managing LSM tree structures and enabling bulk insertion of data into LSM tree structures. An exemplary embodiment includes a method that is performed by a data management system. The data management system receives a plurality of data records generated at least in part by at least one background process, and generates a burst segment which comprises at least a portion of the plurality of data records. The data management system inserts the burst segment into a non-root level of a LSM tree structure.

The invention relates to the technical field of computers, and particularly provides a mounting method based on an immutable operating system data isolation architecture, which comprises the following steps: S1, deploying a basic system layer, an installation data layer, a data snapshot layer, a temporary maintenance layer and a directory display layer in a system installation stage, and creating each layer directory for system layering; s2, reading a configuration file status bit of a maintenance mode through a script in an initramfs stage of system startup, and determining to mount a corresponding data layer according to the configuration file status bit; and S3, when the user triggers mode switching, the background process responds to the switching request and updates the configuration file status bit of the maintenance mode, data migration is completed, the user is prompted to restart the system to complete switching, and the step S2 is returned after restarting. Through the scheme, the technical problems of insufficient configuration protection and complex management of the existing operating system for data modification are solved.

There are provided systems and methods for automated data tokenization through networked sensors. A network of data sensors may detect that a user is likely to engage in electronic transaction processing with a merchant device, for example, based on an action performed by the user and / or with a user device. One or more of the sensors may connect with the user's device and retrieve financial data from the device and / or data necessary to issue a token to the device for transaction processing. The sensor may perform a background process to issue the token to the device, and once onboarded, may store the token to the user's device and / or the merchant device that the user is likely to interact with for transaction processing. The token may be limited in use by location and / or amount, or may be used to fully onboard the user with the token service provider.

The invention discloses an intelligent registration system based on certificate borrowing and returning management. The intelligent registration system comprises a mobile terminal, a management terminal, a background processing module and a database, the mobile terminal is used for a borrower to initiate a certificate borrowing application, carry out borrowing registration, return a certificate, complete identity verification and accept expiration reminding and overdue warning which are automatically triggered according to borrowing duration; the management end is used for managing personnel to input and maintain certificate information in batches, execute code scanning warehouse-in and warehouse-out registration, set a borrowing and returning approval process and query and count borrowing and returning records; the certificate borrowing and returning efficiency is improved, and human errors of paper recording are reduced; the whole borrowing and returning process is subjected to closed-loop management, operation traces are reserved, and traceability and check can be achieved; an overdue reminding and approval mechanism ensures compliant use of the certificate and avoids the risk of loss; the management end and the mobile end are linked synchronously, information is shared in real time, and multi-terminal collaborative management is supported; due to the modular design, the system has good expansibility and adaptability and can be popularized to borrowing scenes of keys, official seals, special equipment and the like.

The application provides a method and device for realizing file mutual transmission between Windows and andorid system platforms, which comprises the following steps: binding a session generated by a Windows end with a MAC address of an andorid end; automatically starting a windows registry and registering software information on a system; starting a background process on a windows system desktop to listen to a file background uploading request; executing an uploading command after the uploading request is received; and notifying the andorid end to receive and process the file after the transmission is completed. The device realizes the above method.

The application relates to the technical field of computers, and particularly provides a mounting method based on an immutable operating system data isolation architecture, which comprises the following steps: S1, deploying a basic system layer, an installed data layer, a data snapshot layer, a temporary maintenance layer and a directory display layer in a system installation stage, and creating directories for the layers of the system; S2, reading a configuration file state bit of a maintenance mode through a script in an initramfs stage of system startup, and determining a corresponding data layer according to the configuration file state bit; S3, when a user triggers mode switching, a background process responds to the switching request, updates the configuration file state bit of the maintenance mode, completes data migration, and prompts the user to restart the system to complete the switching, and after restarting, returning to step S2. Through the above scheme, the technical problems of insufficient configuration protection and complex management of data modification of an existing operating system are solved.

A method for password key rotation in a publish-subscribe system providing a mediation (202) service for routing stored encrypted messages (204) to one or more subscribers of a topic (201) to which the routed messages (204) are assigned. The routing includes decrypting the stored encrypted messages. The password key rotation includes re-encrypting the stored messages (204) using a password replacement key. The re-encryption is performed by an encryption module of the publish-subscribe system as a background process while the mediation (202) service continues.

The application relates to a method for realizing API connection based on a self-defined domain event and a related device, which comprises the following steps: API interface information and condition rules for triggering API calling are preconfigured in a database; when a business service executes a business operation, an event is generated in a database transaction bearing the business operation and is stored in an event flow table; then, the event is read by a first background process, and matching is performed according to preset condition rules; if the matching is successful, a corresponding calling message is generated in a message flow table; finally, the message is read by a second background process to perform API calling, and messages failing in calling are reserved for subsequent retry. The application realizes dynamic configuration of API connection logic, significantly improves the flexibility of a business, and ensures the consistency and reliability of data synchronization through transaction guarantee and two-stage asynchronous processing.

The present invention relates to a brain signal-based user assisting method including the steps of: acquiring learning data for setting a designated command; setting one of a plurality of designated command candidates as a designated command, based on the acquired learning data; performing a background process for recognizing the designated command; determining whether the designated command is recognized continuously more than given times, based on the background process; and if it is determined that the designated command is recognized continuously more than the given times, performing a user's brain signal recording.

The invention relates to the technical field of man-machine interaction and software rapid control, in particular to an AE rapid interaction control system and method based on computer peripherals, and the system comprises an embedded control terminal, a computer background processing module, an AE plug-in module and a WebSocket communication module. The embedded control terminal is provided with a microcontroller, an integrated input module, an output feedback module, a first communication module and a storage module; the computer background processing module receives a communication command sent by the embedded control terminal through the first communication module and analyzes the communication command; the AE plug-in module is a CEP plug-in, and the AE plug-in module receives a command forwarded by the computer background processing module and calls an AE bottom layer API to execute specific operation on the AE; the server side of the WebSocket communication module is realized based on a Python websocket library, and the client side is supported to access in a specific format. Through interaction of the embedded terminal, the AE plug-in and the entity, in combination with hot key and API dual-path control and a secure communication mechanism, AE intelligent and rapid control is realized, and the later efficiency and experience of a film and television are improved.

The invention provides a control method for optimizing image display abnormity of a vehicle-mounted panoramic image, which comprises the following steps of: receiving reverse gear information to trigger a first control module, setting an image process as the highest priority, and pausing or terminating an unnecessary background process which occupies resources abnormally; the second control module verifies the video data, performs camera resetting on an abnormal frame, calls a cache frame for display and prompts, and outputs a fault if a failure occurs; receiving image abnormity to trigger a third control module, capturing key data, matching the key data with a fault feature library, and executing repair; flameout information is received to trigger the fourth control module to perform background maintenance. According to the method, the display problem caused by software exception is solved from the source, full-process automation is achieved, manual intervention is reduced, experience and safety are improved, and the method is low in cost, easy to popularize and suitable for various vehicle-mounted panoramic image systems.

Mechanisms are provided to automatically identify referenced assets in real-time streaming communications and automatically identify, retrieve, and present these assets during the real-time streaming communication. The mechanisms obtain, in real-time, a textual representation of a user's input during the real-time streaming communication. As part of a background process to the real-time streaming communication, computer natural language processing is executed on the textual representation to identify key terms or key phrases from the textual representation. The computer natural language processing is specifically configured to identify key terms / phrases corresponding to references to assets. As part of the background process, one or more search queries are generated and executed to search for a matching asset based on the identified key terms / phrases. As part of the real-time streaming communication, the matching asset is presented to participant computing devices of the real-time streaming communication.

Virtual machine images may be constantly scanned using background process, to identify current and evolving security risks, such as by optimizing the image scanning a last-in, first-out (LIFO) stack to prioritize most relevant images. Older and / or non-relevant image are removed from the scanning process and removed from use. Virtual machines image prioritization is based on each virtual machine image's current and / or potential usage requirement, where the LIFO stack prioritizes the scanning order. Newly created virtual machine images and / or newly re-activated virtual machine images are placed onto a provisioning queue (first-in, first out) before activation. The virtual machine images active within a host computing environment are processed via a reconciliation process to scan for indications of security vulnerabilities and / or threats to network security. Obsolete or otherwise irrelevant virtual machine images are removed from use via a repository synchronization process.

This invention provides systems and methods for data processing by means of an ongoing background process on an end-user's computer. As a user receives and generates data, files are analyzed. A container file is opened into the volatile memory and its contents (including data and metadata) are extracted, without requiring an index to be created. The extracted components are analyzed based on predefined characteristics.

The invention relates to the technical field of mobile terminal software, and discloses a method for realizing intelligent refrigeration of desktop applications. The method comprises the following steps: detecting and obtaining application use permission, and collecting application use data in a preset time period; non-target applications are filtered through the system marks and the user white list; calculating the number of unused days according to the current time and the last use time, and sorting; prompting that the application is not used for a long time on an interface and providing one-key refrigeration, manual selection or temporary non-processing options; and sequentially executing component disabling, background process ending and cache cleaning on the target application which is confirmed to be refrigerated, generating feedback information, and indicating the number of released memory, storage and background processes. The background activity can be completely frozen while the application data is reserved, the terminal performance is improved, the power consumption is reduced, automatic management and user autonomous unfreezing operation are both considered, and the method has remarkable practical value and popularization prospects.

There is provided a method and apparatus for free space management in a distributed database. Each datanode of the database is assigned a free space map to manage free space. When a datanode requires additional storage space, a new free space map may be assigned to the datanode, a free space map of a different datanode may be shared with the datanode, or a free space map of a different datanode may be reassigned to the datanode. A background process may be used to recycle inactive free space maps.

The application discloses a notebook multi-scene adaptive power consumption regulation method and system, relates to the technical field of notebook computer power consumption intelligent management, and comprises the following steps: collecting and processing multi-dimensional running information such as the load of a processor, the memory usage, the peripheral connection state and the user activity type in real time, and processing the multi-dimensional running information into a standardized state feature vector; inputting the feature vector into a pre-trained real-time scene recognition model; the model outputs a multi-level scene label combination composed of a primary scene label and a secondary detailed activity label; the system queries a preset power consumption strategy library according to the combined label, acquires and executes a corresponding initial regulation strategy, and the strategy content covers a processor frequency benchmark, core scheduling preference, a screen refresh rate range and background process resource limitation. The method realizes dynamic and accurate adaptive regulation of power consumption by intelligently identifying specific use scenes and matching fine strategies, and effectively improves the energy efficiency and user experience of the device under different use situations.

The invention discloses a process management and control method and device, a processor, a vehicle and a storage medium, and the method can comprise the steps: determining a target background process from a plurality of background processes in a system, and determining the proportion of calculation resources occupied by the target background process according to the proportion of calculation resources occupied by the target background process; the proportion is higher than the proportion of the computing resources occupied by the processes except the target background process in the multiple background processes; in response to a foreground process in an operation state in the system, determining a path association relationship between the foreground process and a target background process, the path association relationship being used for representing whether a data transmission path associated with the foreground process and the target background process exists; based on the path association relationship, a first target background process is determined from the target background processes, and the first target background process is used for representing background processes forbidden to provide services for the foreground process; and in the freezing process of the first target background process, executing the foreground process. The technical problem of low process management and control efficiency is solved.