55 results about "Waiting period" patented technology

An example operation may include one or more of receiving context of a user during an inquiry of a feature via a software application, executing a waiting period via the software application, during the waiting period, selecting an animation to display via the software application based on the context of the user and the feature inquiry wherein the animation provides contextual data associated with the feature, wherein the contextual data is based on a determined need of the user, displaying the animation via the software application during the waiting period, and determining if the user has accepted the feature via the software application. At least one portion of the example operation: integrates with an artificial intelligence (AI) chatbot, interacts with the AI chatbot, is performed by the AI chatbot, and / or is associated with an AI model.

An example operation may include one or more of executing a waiting period of time within a software application being accessed by a user, executing an animation via the software application during the waiting period, determining a result of the software application being accessed by the user, determining additional time to add to the waiting period of time based on the result, via the software application, executing the waiting period with the additional time, augmenting the animation based on the additional time to add to the waiting period, via the software application, and executing the augmented animation via the software application during the additional time. At least one portion of the example operation: integrates with an artificial intelligence (AI) chatbot, interacts with the AI chatbot, is performed by the AI chatbot, and / or is associated with an AI model.

When a command is given to perform a long distance movement that causes a location of a player character to move from a departure point where the player character is currently located to a destination away from the departure point and designated based on the user's operation input, at least a portion of a game process is interrupted, a waiting period continuing until the interrupted game process is resumed is started, and until the end of the waiting period, first displaying is performed to display a first map image showing field information of the departure point and surroundings thereof, and after the first displaying, second displaying is performed to display a second map image showing field information of the destination and surroundings thereof, and after the end of the waiting period, the player character is disposed at the destination in the virtual space, and the interrupted game process is resumed.

Graphics Processing Unit (GPU) efficiency is optimized within a GPU bank via idle / wait period usage. Data flow graph(s) are created for jobs / software programs executing on a GPU bank and the data flow graph(s) are utilized as the basis for estimating idle / waits periods that will be incurred by a GPU. In response to estimating the idle / wait period, a thread is identified that will be ready for execution proximate the estimated start time of the idle period and the identified thread is executed on the GPU proximate the actual start time of the idle period. Additionally, results of intermediate computations stored within the registers of the GPU may be temporarily moved to secondary storage, such as cache, dedicated registers or the like to facilitate the use of the registers for executing the identified thread during the idle / wait period.

The invention discloses a digital archive management system based on a block chain, and relates to the technical field of archive management, and the system comprises an extraction module which is used for extracting a state set according to behavior statistical information in the digital archive management system; the risk analysis module is used for positioning a text position according to a normal set in the state set, predicting a semantic layer exception risk and an authority risk, constructing a control flow graph to evaluate a structural layer exception risk, and summarizing to generate a risk signal; the association analysis module is used for analyzing the operation threat condition of the Solidiity contract in the digital archive management system on the basis of the risk analysis module, and judging the starting of a Solidiity contract correction mechanism; the influence module is used for starting a Solidinity contract correction mechanism and analyzing the influence of an abnormal condition on Solidinity contract operation; the waiting setting module is used for setting a time lock waiting period.

Disclosed are systems and method for securely communicating sensitive information on a client device that receives sensitive information. An application running on the client device determines a positive enablement status of a screen reader on the client device and determines a negative connection status of the client device to an audio device. The client device generates a prompt to connect an audio device to the client device based on the negative connection status. The application triggers a number of wait periods and determines a persistence of the negative connection status after each period of the number of wait periods. The client device generates another prompt to input a passcode via the client device based on the persistence of the negative connection status. The system includes a terminal device or online platform, the client device, and a server coupled to the client device and the terminal device or the online platform.

A beverage dispensing system for an appliance may include a dispenser area defined within the appliance having a shelf configured to receive a container; a dispenser configured to release liquid into the container in the dispenser area; at least one sensor configured to detect a location of the container within the dispenser area; a user interface configured to display feedback to a user; and a controller configured to receive sensor data, determine whether the container is centered within the dispenser area based on the sensor data, and after a predefined waiting period, instruct the dispenser to dispense liquid to fill the container.

A computer-readable recording medium stores therein a program for causing a computer to execute a process, the process including: identifying, among a plurality of jobs submitted to a system having a plurality of nodes, one or more jobs for which a waiting period during which the one or more jobs awaits execution exceeds a predetermined length, the one or more jobs being identified based on record information that for each of the plurality of jobs, indicates a number of nodes that execute the each of the plurality of jobs, a time point at which the each of the plurality of jobs is submitted, and a time point at which execution of the each of the plurality of jobs is started; and generating output information that visualizes, for each of the identified one or more jobs, the number of nodes that execute the each of the identified one or more jobs and the waiting period during which the each of the identified one or more jobs awaits execution.

Systems and methods to facilitate cryptographic attestation chains using bonded oracles are disclosed. Exemplary implementations may publish a bond identifier that identifies a bond; record an initial attestation on a public registry, wherein the initial attestation includes an initial nonce that is based on a secret value; generate a sequence of attestations that form a chain; publish the sequence of attestations; initiate redemption of the bond, wherein the redemption is delayed by a wait period; compare individual nonces of previously published attestations to previously recorded nonces in the sequence; responsive to a match between the previously recorded nonces, publish a notification regarding nonce reuse that exposes both the secret value and the bond; responsive to exposure of the secret value, forfeit the bond identified by the bond identifier; responsive to the redemption transaction being recorded and further responsive to expiration of the wait period, redeem the bond; and / or other steps.

Methods, systems, and computer-readable media are provided for asynchronous process automation that efficiently manages asynchronous processes based on process control metadata to keep data up-to-date at an adaptively variable type-specific cadence based on process control metadata, eliminating the need for manual engagement to maintain operational activities. An event-driven framework is provided for the asynchronous process automation that includes AI agent(s) for interactions, along with a process management system that tracks pending potential work items due to one or more changes in source data. The process management system activates an asynchronous process management process after a wait period. The process management system then determines which pending potential work items to perform in an iteration of evaluation of the pending potential work items. The process control metadata includes stored limitations on a timing for performing individual processes. The process management system prioritizes processes based on process control metadata, such as prioritizing specific ones over others, including throttling certain other processes during high impact time-sensitive activities.

An object detection apparatus according to an aspect of the present disclosure includes a first sensor which, in operation, measures a distance to an object using an ultrasonic wave in a first period, the first sensor being configured to be provided on a vehicle, a second sensor which, in operation, measures the distance to the object using the ultrasonic wave in a second period after the first period, the second sensor being configured to be provided on the vehicle, and a control circuitry which, in operation, sets a noise monitoring period by the second sensor between the first period and the second period, and when noise is detected in the noise monitoring period, sets a next second period after a next noise monitoring period and a wait period.

The invention provides a call method and device, equipment and a storage medium, and relates to the technical field of communication. In some embodiments of the present disclosure, a first terminal sends a first call request to a second terminal in response to a first call initiation operation; displaying a game polyphonic ringtone on a call page of the first terminal according to the first call request; wherein the game polyphonic ringtone is a video polyphonic ringtone which is preset through the second terminal and has a game interaction function; the game polyphonic ringtone is preset through the second terminal, and the calling party user can interact with the game polyphonic ringtone during the period that the first terminal corresponding to the calling party waits to be connected, so that the interactivity of the polyphonic ringtone is increased, the interestingness of the polyphonic ringtone is improved, and the user experience is improved.

This application discloses a communication method, apparatus, and system, relating to the field of communication technology. The UE can determine whether to perform PDCCH monitoring based on a target mode, reducing UE response latency and thus improving communication efficiency. The communication method includes: the UE receiving at least one mode configured by the access network device, where different modes are used to specify different conflict handling methods when a PDCCH skip occurs during the waiting period corresponding to the UEIRI. Different modes are applicable to different state information. The waiting period corresponding to the UEIRI includes the period from sending the UEIRI to waiting for the access network device to send a DCI. The UE obtains its state information and, in response to detecting a report requiring the triggering of CSI, sends a first UEIRI to the access network device, based on configuration information and state information, indicating the target mode corresponding to the UE's state information.

The presented invention relates to a method (100) for diagnosing a tank system (200), wherein the method (100) comprises: - Issuing (101) a command to close tank valves (207) of respective tanks (201) of the tank system (200), - Determining (103) a differential pressure between a first pressure in a respective tank (201) and a second pressure in a piping system (211) of the tank system (200), after a specified waiting period, - Adjusting (105) the differential pressure with a predetermined differential pressure threshold value, - Output (107) an error message reporting a severe leakage of the tank system (200) if the differential pressure differs from the differential pressure threshold.

A radio network node may receive from a core network a beam pattern configuration and a progressive paging configuration comprising one or more paging subpattern indications. The node may calculate beams of the subpatterns based on information in the beam pattern configuration. The node may transmit a paging message according to indicated subpatterns according to an order in the progressive paging configuration. The progressive paging configuration may comprise one or more wait periods corresponding to the one or more subpattern indications. The node may wait during a wait period associated with a subpattern after transmitting the paging message according to the subpattern. If a response is not received, the node may transmit the paging message according to a next-in-order subpattern. If a response to the paging message transmitted during a subpattern is received by the node, paging may be stopped and a connection with the user equipment may be established.

This invention relates to the field of aviation data processing technology, and in particular to a cache update method, storage medium, and device based on flight completeness. The method includes: responding to cache update trigger conditions, determining all flights on the target route and their corresponding airline interfaces; concurrently sending data requests and initiating a two-stage waiting period, with a first waiting period receiving a fast response and a second waiting period receiving a delayed response; verifying the returned data based on flight schedules and inventory status databases, and including the data in a cache candidate set; during the second waiting period, when receiving queries from high-priority users, bypassing the anti-penetration mechanism to retry interfaces that have not returned data and verifying them; after the waiting period ends, merging the candidate set data and writing it into the main cache to form the final flight list. This invention improves cache completeness and user query credibility by using a phased waiting period to accommodate interface response differences, a targeted retry mechanism to improve the response speed of urgent requests, and dual verification to ensure data accuracy.

An example methodology includes, responsive to receiving a first volume creation request to create one or more volumes on a storage device, creating a first operation object for the first volume creation request and determining that a waiting buffer is appropriate for the first operation object. The method also includes placing the first operation object in the waiting buffer and, responsive to a determination that the first operation object is a first operation object placed in the waiting buffer, notifying a waiting buffer thread of the first operation object in the waiting buffer. The method further includes, upon expiration of a predetermined buffer waiting period defined for the waiting buffer, by the waiting buffer thread, extracting the first volume creation request and a second volume creation request from the waiting buffer, combining the first and second operation objects into single workload, and executing the single workload.

The present invention provides a crane control device, program, and control method capable of suppressing the occurrence of waiting periods for waste transport vehicles on a platform. [Solution] The crane control device controls a crane 5 located in a pit 2 of a waste treatment facility 1. On a platform PT adjacent to the pit 2, at least four loading doors are arranged along a predetermined axis. The crane 5 includes a bucket 56. The bucket 56 includes a first part that grasps waste and a second part that operates the first part using power supplied through a power supply cable 57. The crane control device includes a control unit. When the control unit is to have the first part grasp waste in a predetermined area adjacent to multiple loading doors other than the loading doors at both ends of the at least four loading doors, it performs control to have the first part grasp waste in a state in which the boundary portion between the loading doors included in the multiple loading doors and the second part never overlap along the predetermined axis.

Multi-threaded data movement request handling techniques are disclosed. The techniques can include performing, by a direct memory access (DMA) engine, one or more data movement operations associated with a data movement phase of a first data movement task, initiating a data movement phase of a second data movement task during a wait period for the sync phase of the first data movement task, initiating the sync phase of the first data movement task following expiration of the wait period for the sync phase of the first data movement task, and performing a sync operation associated with the sync phase of the first data movement task.

A dispensing system (110) and a method for dispensing a plurality of carriers (114) using the dispensing system (110) are disclosed. The dispensing system (110) includes at least one transfer surface (118) including logical locations (120), a plurality of carriers (114) for transferring objects (122), at least one drive system (126) for moving the carriers (114) on the transfer surface (118) between the logical locations (120), and at least one control system (128) configured to control the carriers (114) to move on a planned route from a starting position to a final destination position on the transfer surface (118), the planned route including sub-routes (144), the control system (128) comprising at least one routing system (130) configured to calculate a routing plan for the carriers (114) on the transfer surface (118) by modeling the transfer surface (118) as a graph of nodes (132), the routing system (130) being configured to calculate the routing plan considering a movement period (160) and a waiting period (162), the routing system (130) being configured to allocate a waiting period (162) for the carriers (114) in response to a reservation of logical locations (120) of sub-routes (144) of other carriers (114), and the routing system (130) being configured to shift an experienced time delay (158) to at least one upcoming waiting period (166) of the carriers (114) if the carriers (114) experience a time delay (158) during the execution of the movement, and at least one control system (128).

The invention relates to a method (100) for diagnosing a tank system (200), the method (100) comprising: - outputting (101) a command to close tank valves (207) of each tank (201) of the tank system (200); - determining (103), after a predefined waiting period, a differential pressure between a first pressure in each tank (201) and a second pressure in a line system (211) of the tank system (200), - comparing (105) the differential pressure with a predefined differential-pressure threshold value, - outputting (107) an error message indicating a severe leakage of the tank system (200) if the differential pressure deviates from the differential-pressure threshold value.

This invention relates to an improved QC-LDPC decoder that eliminates wait cycles, belonging to the field of communication technology. It includes a posterior message storage module, a -C2V FIFO, a C2V_RAM, a V2C_signs FIFO, a permutation module, a calculation module, a FIFO buffer module, a C2V message recovery module, and an inverse permutation module. The posterior message storage module includes two real dual-port RAMs, llr_ram_0 and llr_ram_1. This invention reduces computational complexity, eliminates the need for calculating and storing flag signals, improves system flexibility, and eliminates wait cycles, thereby increasing system throughput. By using two real dual-port RAMs for ping-pong access to initial channel information and updated node posterior probability information, it saves inter-frame initial channel message buffering time, further improving system throughput and demonstrating good hardware utilization.

The application discloses a kind of based on file system of network disk file complete security deletion method, belong to network storage and data security technical field.The application realizes the safe deletion of file by a multi-stage, asynchronous process.First, according to the deletion state flag in database extraction file list to be deleted;Then, the main metadata and associated metadata of the file to be deleted are moved from the main storage space to the backup metadata space;Then, the corresponding stream data in object storage is moved to the backup bucket;After a configurable waiting period, the stream data in the backup bucket and the metadata in the backup space are completely deleted by an asynchronous task, and the whole process is logged.The application uses a two-stage deletion mechanism of "move-wait-destroy", which ensures that the file can be recovered during the waiting period, and completely removes the data at the physical and logical levels after the waiting period, significantly improving the security, reliability and user experience of the network disk system.

Various solutions for reordering timer enhancements with respect to user equipment (UE) in mobile communications are described. The UE may start a first timer with a first timeout value in an event that a first missing packet is detected. The UE may detect a second missing packet at a first timer value of the first timer. The UE may add a first timestamp indicating the first timer value to a first packet received after the second missing packet. When the first missing packet is received or the first timer expires, the UE may stop the first timer, determine a first waiting period based on a current timer value and the first timestamp, and determine a second timeout value for a second timer based on the first timeout value and the first waiting period. The UE may then start the second timer.

Methods for determining the estimated waiting time (T_w) of a vehicle at a charging station, a vehicle, a computer program, and a computer-readable storage medium are described. In one of the methods, at least a time (t) at which the vehicle falls below a predefined speed threshold (v') is recorded, along with a corresponding parameter (x) for determining the vehicle's distance from the charging station; when the vehicle connects to a charging point of the charging station, a time (t_d) is determined, depending on the corresponding parameter (x), at which the vehicle had fallen below a predefined distance (d) from the charging station; and, depending on the determined time (t_d) and a time (t_c) of the vehicle connecting to the charging point, the estimated waiting time (T_w) of the vehicle at the charging station is calculated.

A fuel dispensing terminal includes a memory that stores a threshold volume per unit time and a threshold wait period, and a processor operably coupled to the memory. During fuel dispensing, the processor periodically determines the cost-based volume of fuel dispensed and calculates a measured volume per unit time by dividing this value by the fuel cost per unit volume. The processor compares this measured rate to the stored threshold. If the measured volume per unit time falls below the threshold within the specified wait period, the terminal automatically stops dispensing fuel.

Various techniques pertaining to a special dual clear-to-send (CTS) mode for improvement in collision avoidance in wireless communications are described. A first station (STA) transmits a request-to-send (RTS) and, in response, receives a first CTS from a second STA. The first STA waits to receive a second CTS from the second STA before transmitting data to the second STA responsive to the first CTS being of a first type and the second CTS being of a second type different from the first type. The first STA then transmits the data to the second STA upon passage of a waiting period.

The present application provides a timer management method, device, equipment and storage medium, wherein the method includes: after processing the transaction of the target task and before entering the transaction waiting period of the target task, query the timer linked list of the target task, the timer linked list is used to manage the information of the timer of the target task, and the information of the timer includes the transaction and timeout time corresponding to the timer; in the case of querying the timer that has timed out, execute the transaction corresponding to the timer that has timed out; in the case of querying the timer that has not timed out, determine the remaining timing duration of the target timer, the target timer is the fastest timer that has timed out found, and use the remaining timing duration as the maximum waiting duration of the transaction waiting period, and enter the transaction waiting period; in the case that the duration of entering the transaction waiting period is greater than or equal to the maximum waiting duration, execute the step of querying the timer linked list of the target task. This technical solution can avoid causing data access conflicts and ensure that the timer is triggered and runs on time.

A wireless network node may receive a beam pattern configuration and a progressive paging configuration from a core network, the progressive paging configuration comprising one or more paging sub-pattern indications. The node may compute a beam for the sub-pattern based on information in the beam pattern configuration. The node may transmit the paging message according to the indicated sub-directional diagram according to the order in the progressive paging configuration. The progressive paging configuration may include one or more waiting periods corresponding to the one or more sub-pattern indications. A node may wait during a waiting period associated with a sub-directional diagram after transmitting a paging message according to the sub-directional diagram. If no response is received, the node may transmit the paging message according to the next ordered sub-pattern. If a response to a paging message transmitted during the sub-pattern is received by the node, paging may be stopped and a connection may be established with the user equipment.