17 results about "Occurrence time" patented technology

The present disclosure provides a page generation method and device, comprising: obtaining atomic component data and user preference data of a target event, the target event being at least one; in response to identifying a target event of the target event, obtaining a basic weight and an event occurrence time of the target event; and generating a page corresponding to the target event based on the target event, the basic weight, the event occurrence time, the user preference data and the atomic component data. The present scheme realizes the automatic, personalized and emotional generation of the page by fusing real-time event, individual user preference and structured atomic content, significantly improves the user participation and the propagation effect, greatly reduces the operation cost, provides an efficient and scalable technical path for the precise operation of the sports event, and introduces a time decay mechanism by using the event occurrence time, grades the event value in combination with the basic weight, avoids the interference of low-value events to the user, and reduces the invalid exposure.

The application provides a content version-based data storage and reading method and device. The method comprises the following steps: obtaining a change command of file content, wherein the change command comprises an identifier of an aggregate root, a type of the aggregate root and an operation command; querying an event stream information table according to the identifier of the aggregate root and the type of the aggregate root to obtain a historical event version number corresponding to a last state of the aggregate root; generating a new event object according to the change command and the historical event version number, wherein the new event object comprises the identifier of the aggregate root, the type of the aggregate root, a new event version number, an event occurrence time and change content corresponding to the operation command; and serializing the event object into an event table according to the event occurrence time. The application improves the accuracy, reliability and efficiency of data item version management.

The invention discloses an event occurrence moment determination method, device and equipment and a medium, and relates to the technical field of vehicle communication, and the method comprises the steps: at an initialization stage of a control system, obtaining at least one to-be-determined event and a first occurrence moment of each to-be-determined event; acquiring a generation moment of a management plane clock of the control system; wherein the generation moment comprises a first generation moment and a second generation moment which are in time synchronization; the first generation moment is a generation moment obtained based on data plane clock measurement, and the second generation moment is a generation moment obtained based on management plane clock measurement; and for each to-be-determined event, according to the first generation moment, the second generation moment and the first occurrence moment, determining the world time of the occurrence moment of the to-be-determined event. According to the method and the device, the occurrence time of the event based on the management plane clock in the system initialization process can be determined, and a developer can conveniently record the event to be determined in the initialization stage.

This disclosure relates to methods, apparatus, and program products for managing indexes in a storage system. In one method, a purge period is received for clearing expired events in a storage system, the storage system comprising multiple events in a data stream. Based on the purge period, time shards for managing the indexes in the storage system are determined. In response to determining that the occurrence time of a first event entering the storage system from the data stream is within the time shard, a sharded index node is created for the time shard, the sharded index node including the index node of the first event in the storage system. The sharded index node is added to the indexes of the storage system. Corresponding apparatus and computer program products are provided. Using exemplary implementations of this disclosure, indexes of a large number of events entering the storage system can be managed according to the occurrence time of the events. Furthermore, the storage system can be queried and updated accurately and efficiently.

The embodiment of the invention discloses a game replaying method and device, equipment, a storage medium and a program product, and the method comprises the steps: obtaining event associated data corresponding to a game key event, the event associated data at least comprising respective role state data of at least two key virtual roles in an occurrence time period of the game key event; according to role state data of a target virtual role in the event association data, determining a view field range of the target virtual role; according to the view field of the target virtual character and the character state data of the other key virtual characters, determining the observation state of the target virtual character to the other key virtual characters in the game key event; and determining view replay information corresponding to the game key event based on the observation state. By means of the method, fine-grained game replaying can be achieved, replaying efficiency is improved, and meanwhile it can be guaranteed that the replaying result has high accuracy and reliability.

This event monitoring device (2) includes: a time synchronization unit (22) that synchronizes an internal time with a reference time; a timer (21) that measures an elapsed time at the same rate as the reference time; a time stamp assignment unit (23); and a storage unit (25). When an offset value indicating a deviation of the internal time from the reference time is acquired, the time stamp assignment unit (23) resets the elapsed time to 0 and updates the sum of the offset value and the internal time as a new value of a first time stamp. When an event occurs, the time stamp assignment unit (23) additionally stores the sum of the first time stamp and the elapsed time in the storage unit (25) as a new value of a second time stamp indicating a time of event occurrence.

This application provides a method and processing apparatus for statistical analysis of events. The method includes: determining the number of events occurring on a target device within a first time period and a time window of the same rank, where the start time of the rank is the occurrence time of the rank, i = 1, 2, ..., R, R ≥ 2, and R is an integer; determining whether the rank is a valid time window, where the number of events occurring on the target device within the valid time window is greater than or equal to a preset threshold; and determining the j-th target time period based on the valid time window, where the start time of the j-th target time period is the start time of the M-th target time period. j The start time of each effective time window, and the end time of the j-th target time period is the N-th window. j The method provided in this application determines the end time of each effective time window and counts the events generated by the target model equipment within the j-th target time period. This method allows for a more reasonable division of the time period for event statistics, improving the accuracy of fault analysis results.

This invention relates to the field of smart meter technology and relates to an automatic testing method for electricity meter event recording, comprising: triggering an event; generating event recording data at the time of the event occurrence; ending the event trigger; repeating the above steps; storing the event recording data at the time of the event occurrence; obtaining the occurrence time T1 of the previous recording data, and the next occurrence time T2 = T1 + 1 hour; obtaining the occurrence time Tn of the previous n recording data; determining whether T2 - Tn equals n hours, if yes, continuing the test, otherwise returning a test failure; for the previous n recording data, calculating the theoretical complete recording data based on the obtained occurrence time Tn, comparing the theoretical complete recording data with the currently obtained actual recording data, determining whether the currently obtained actual recording data is correct, if incorrect, returning a test failure; incrementing n by 1, repeating the above steps until n equals the maximum number of records. This invention is simple, reliable, and consumes few resources, realizing automatic testing of all event records.

The present disclosure relates to devices, methods and computer readable storage medium for conditional dropping of uplink repetitions within an Orthogonal Cover Code (OCC) period. In a method, a terminal device receives, from a network apparatus, configuration information about an event associated with an operation of the terminal device. The event influences on maintaining at least one of phase continuity or power consistency within an OCC period. Then, the terminal device determines a transmission method for uplink repetitions within the OCC period and / or for the event based on a reception time of the configuration information or an occurrence time of the event.

This invention provides an event analysis device and method that can accurately extract correlations between events and accurately calculate time lags between events. [Solution] An event analysis device 10 for analyzing multiple different types of events that occur in plant systems such as those in the chemical or water supply fields, generates time-series data for each event at predetermined time intervals based on event occurrence time information which includes at least identification information and occurrence time for all events that occurred in the system during a predetermined period, for each event, extracts chains by applying multiple time lags to the time-series data of each event for each event pair and calculates the number of chains, performs a correction process on all extracted chains so that there is no overlap in the occurrence times of the events, and calculates the number of corrected chains for each time lag, which is the number of chains after the correction process.

The present disclosure relates to a method, device, equipment and product for counting the time consumption of page display in an application; the method comprises: in response to a counting start event of a page to be counted, performing an operation of recording the occurrence time of the counting start event as a start counting time; in response to a counting stop event of the page to be counted, performing an operation of recording the occurrence time of the counting stop event as a stop counting time, and performing an operation of recording the page type of the page to be counted; and based on the start counting time and the stop counting time, obtaining the time consumption of the page display of the page to be counted of each page type, the page type of the page to be counted comprising at least one of a scene page group, a dynamic rendering page, an H5 page and a Native page, and the counting start event and the counting stop event corresponding to the page to be counted of each page type being pre-set. In this way, a unified page display time consumption calculation method is provided, and the difficulty of counting and monitoring the time consumption of page display in the application is reduced.

System for determining the event times of events that have occurred in an industrial plant (12), comprising an automation device (14) of the industrial plant (12) which has industrial plant functionality and is configured to detect an event relating to the industrial plant (12) and to store event information (16) and time information (18) associated with the event information (16) in an event log (20); and a readout device (40) which has a current time and is configured to read the event log (20) of the automation device (14), wherein the readout device (40) and / or the automation device (14) is further configured to record a readout time and, based on the readout time and the time information (18) from the event log (20), to determine a relative time of the event in relation to the readout time and to assign it to the event information (16).

This invention provides a verification system and method for a retry mechanism, relating to the field of multi-core processor interconnect bus protocol verification technology. The system includes: at least one master node monitoring device, a central coprocessor, and at least one request node agent. The master node monitoring device collects real-time operating status signals from within the master node and generates a retry prediction information packet containing the predicted retry event type and retry prediction value. The retry prediction value indicates the future time of the predicted retry event. The central coprocessor calculates the request sending delay based on the retry prediction value and generates a request policy packet containing the delay, which is sent to the request node agent. After the request sending delay, the request node agent sends a request sequence to its bound request node to trigger the retry event. This invention improves the efficiency and scenario coverage of the verification method by predicting the retry event occurrence time and precisely controlling the timing of stimulus transmission accordingly.

An event identification device (100) for identifying an event that wakes up a CPU core, comprising: an event acquisition unit (110) that acquires information regarding types of events which can cause the CPU core to wake up, and the times of occurrence thereof; a resting state acquisition unit (120) that acquires information regarding a point in time when a resting-state transition of the CPU core occurred; and an event / resting state integration unit (130) that identifies the type of event that caused the CPU core to wake up on the grounds of an event occurring at a time corresponding to the time when the CPU core woke up, on the basis of the information regarding the event types and the times of occurrence acquired from the event acquisition unit (110) and the information regarding the resting state and the time of transitioning thereto at the point in time when the resting-state transition occurred acquired from the resting state acquisition unit (120).

The invention relates to an information processing method and device for video content and a computer program product. The method comprises the following steps: identifying object behaviors in a plurality of corresponding events from a plurality of video segments collected within a predetermined time period; aiming at an object behavior in each event in the plurality of corresponding events, behavior characteristic information of the object behavior is extracted, and the behavior characteristic information comprises at least one of a behavior type, behavior occurrence time, a behavior occurrence position, an action characteristic, an object identification characteristic and object sound information; and based on the behavior feature information of each object behavior in the plurality of corresponding events, according to a preset statistical rule, generating statistical description information of the plurality of corresponding events.

The invention provides a threat detection method and device, computer equipment and a storage medium. The threat detection method comprises the following steps: acquiring a plurality of data streams related to a persistent threat event within the same time range; sorting the feature vectors of the plurality of data streams according to occurrence time to obtain a first sequence; calculating a sequence difference between the first sequence and the normal sequence to obtain an anomaly detection result; performing feature extraction on the first sequence to obtain a plurality of local mode features in different time periods; calculating an attack detection result of the first sequence according to the plurality of local mode features and the dependency relationship among the local mode features; and determining whether the event indicated by the first sequence is a persistent threat event according to the anomaly detection result and the attack detection result. According to the embodiment of the invention, the detection accuracy of persistent threat events with weak features and hidden behaviors can be greatly improved.

The present disclosure provides a method performed by a user equipment and a user equipment. The method comprises: obtaining an RLF prediction result from an RLF prediction model; and declaring that an RLF has occurred when the RLF prediction result is obtained and at least one of the following conditions is met: a first condition, information element indicating enabling RLF declaration based on RLF prediction, RRC re-establishment based on RLF prediction or MCG failure information procedure based on RLF prediction is included in RLF prediction configuration information; a second condition, a time difference between an RLF occurrence time indicated by the RLF prediction result and a current time is not greater than a first threshold value; a third condition, the current time is within a prediction time window; a fourth condition, a probability value is not lower than a second threshold value; a fifth condition, a timer T310 or a timer T312 is currently running; a sixth condition, one or more triggered measurement events currently exist; and a seventh condition, a handover command or an RRC release message is not received from a network side within a given time period after the UE sends the RLF prediction result to the network side.