43 results about "Specific time" patented technology

Reducing resource consumption spikes in an anomaly detection framework, including: gathering information describing historical job execution associated with a plurality of customers; assigning, based on the information describing historical job execution, each of the plurality of customers to a particular grouping of a plurality of groupings, wherein each of the plurality of groupings corresponds to a particular time offset within a time interval; and scheduling, for each grouping of the plurality of groupings, at a time offset of a corresponding grouping, execution of one or more jobs associated with one or more customers of the corresponding grouping.

The invention provides a game control method, and the method comprises the steps: providing a graphical user interface through a terminal device, and the graphical user interface comprises a game scene and at least partially comprises a first virtual object corresponding to the terminal device; the method comprises the following steps: in response to a first virtual object meeting a specified condition, controlling to activate a target skill; in response to a trigger operation for the target skill, controlling the first virtual object to enter a first state; responding to the first virtual object to quit the first state, and controlling to stop activating the target skill; in response to the fact that the current game state is detected to be in the specific time period state, the target skill is controlled to be activated, so that a skill activation mechanism in the game is organically combined with the special time period state, players can continuously use the skill in the specific time period without repeatedly meeting specified conditions, and the interaction experience is improved.

The invention provides a double-camera synchronous counting method and device, and the method comprises the steps: S1, receiving data, and enabling the data of double cameras to enter two video interface controller VIC modules; s2, counting synchronization processing is carried out in the two VIC modules, wherein a double-counter synchronization mechanism is adopted, and each VIC module comprises an 8-bit counter count 8 and a 32-bit counter count 32; timestamps are added, the timestamps are added into the two data streams, and after a specific time period, the corresponding timestamps can be hit into the heads of the data streams; the timestamp is divided into 8-bit counting and 32-bit counting, and when the 8-bit counting reaches the maximum value, the 8-bit counting will carry to the 32-bit counting, S3, outputting the counted and synchronized data to an ISP module for image processing; s4, after processing is completed, data of the double cameras are output to a bus; and S5, merging the two pictures as long as the difference between the two timestamps is within a reasonable threshold range. Accurate image synchronization, high-resolution timestamp generation and accurate time information are realized. The low-power-consumption design is stable and reliable.

An online concierge system receives two types of orders, one of which requires fulfillment in a specific time interval, while the other can be fulfilled anytime up to a specific time interval. A machine learning model, trained on historical data about available shoppers in discrete time intervals, is used to predict how many shoppers will be available to fulfill orders in each time interval. For each time interval, the system retrieves the relevant orders of both types and creates candidate groups including orders of both types. For each group, the system determines a fulfillment cost based on items in the orders. The candidate group with the lowest cost is selected, and the orders in the selected group are sent to devices of available shoppers in that interval, prompting the shoppers to view and fulfill the orders.

An apparatus may be configured to: receive, from a network node, synchronization signal block, SSB, presence information; receive, from the network node, information related to a time division duplexing, TDD, pattern configuration; apply the received SSB presence information to a TDD pattern based on the received information; and determine, based on the applied SSB presence information, a presence of SSB in one or more specific time locations.

Systems and methods for creation of bucket-level snapshots and snapshot ownership determination are provided. In one example, a storage system maintains a bucket containing multiple objects each having one or more object versions. A snapshot of the bucket may be efficiently created to protect object versions in the bucket at a specific point in time by simply adding an entry, containing information regarding a snapshot identifier (ID) and a snapshot creation time indicator, to a snapshot metafile. Object-modifying operations may be hooked to internally modify them while making it appear to the client the operation has been successfully completed. For example, before deletion of a particular object, an “Is-Object-Protected” check may be performed based on time indicators of the one or more object versions and respective snapshot creation time indicators. When the particular object is protected, it may be subsequently hidden from the client but maintained as an internal version.

The present invention relates to a system and method for analyzing videos. The system comprises a video section and a tabs section, wherein the video section comprises a video and the tabs section comprises at least one tab with items or information related to the video. In most embodiments one of the tabs is a products tab which lists items in the video which can be purchased. These items are associated with specific time points in the video, generally when the item is visible in the video. When a user watches the video, the individual products will be highlighted as their time points are viewed. The user can additionally scroll through the list of products without effecting video playback. The method comprises the gathering and uploading of information associated with the video.

The application discloses a kind of security monitoring analysis system and method applied to electronic ticket platform, it is related to information security technical field, to solve the time difference attack problem of state synchronization delay implementation in distributed ticket system;Method includes: monitoring system captures multiple operation request sequences to the same ticket in specific time window;Respectively from business access end and distributed account book obtain the local trusted time stamp and block confirmation time stamp of each operation;After uniform to coordinated universal time benchmark, traversal all operation to execution serialization logic judgment: when the local time of operation one is earlier than operation two, but its on-chain confirmation time is later than operation two, it is judged that there is timing logic paradox;Accordingly, it is determined that fraudulent attack occurs and generates tamper-proof security audit report and pushes to regulatory party;The application realizes accurate insight into hidden fraud by cross-validation of double-source time stamp, fills the blind area of existing monitoring technology.

To provide a game machine including main control-frame control means which improves the amusement of a game.SOLUTION: In a game machine according to the invention, main control means can produce event information on the basis of a generation of an event related to a winning of a game ball and a stop of a drawing pattern, and can send the event information during a predetermined period to the frame control means every predetermined period in a predetermined game state. Frame control means can perform a count process based on information related to the winning of the game ball, can display a resultant count value, and can output, to an external unit, information that enables an execution of counting of the number of times of the drawing pattern, every specific period longer than the predetermined period.SELECTED DRAWING: Figure 67

In some examples, a data backup system replicates write input / output (I / O) operations to entries in a journal stored in a storage system and assigns timers to the journal entries to provide time-controlled immutability. Based on an initial timer associated with the first entry in the journal, indicating that a specific time period has elapsed, the data backup system performs an initial write I / O operation on the first entry to a backup datastore containing a copy of at least some of the data in a primary datastore. Before the initial timer indicates that the specified time period has expired, the data backup system prevents any modification of a memory location containing the first entry in the storage system.

Provided is a way of evaluating rules / conditions that span different domain entities against a set of disparate events from multiple sources that have occurred within a specific window or interval of time from the current time back to a specific time in the past. Events are stored in dedicated storage to enable an extended window of time to be used for multiple event evaluation. Only relevant event / rule pairs are evaluated. The system will record when an event relevant to a rule happens. When a second event that is relevant to the rule happens, the system checks the records to see if a previous relevant event had happened in the past that would cause the rule to trigger an alert. A mechanism is also provided for evaluating static state in combination with changed properties.

A method for detecting the possibility of an intrusion into a bus system. The bus system includes a plurality of components which are able to transmit messages in the bus system. The method includes ascertaining a number of messages that are transmitted by a first component of the plurality of components in a specific time period; determining whether the number of messages in the specific time period satisfies a predefined first criterion; and detecting the possibility of an intrusion if the number of messages does not satisfy the predefined first criterion.

This invention provides a method for determining the placement location and type of a centralizer based on multi-source data fusion, comprising: Step 1, acquiring casing record table data before the casing operation begins; Step 2, acquiring real-time text data and real-time video data at the start of the casing operation; Step 3, determining the target casing information currently being lowered and the type of centralizer to be placed therein based on the real-time text data; Step 4, determining the type of centralizer actually placed on the target casing based on the real-time video data; Step 5, determining the specific time of centralizer placement on the target casing based on the real-time video data; Step 6, determining whether the corresponding type of centralizer was correctly placed on the target casing during the actual placement process. This method for determining the placement location and type of a centralizer based on multi-source data fusion standardizes the casing lowering operation process, effectively replaces traditional manual monitoring methods, and improves on-site safety and supervision efficiency.

An apparatus may be configured to: receive, from a network node, a first information element indicative of synchronization signal block, SSB, presence pattern; receive, from the network node, at least one second information element indicative of time division duplexing, TDD, configuration; and identify a presence of SSB in one or more specific time locations based on the first information element and the at least one second information element.

The invention relates to a method (100) for selecting a most suitable device (10), comprising the following steps at a network element (20): - Receiving (101) a message for initiating a sensing procedure to initiate a selection procedure for selecting the most suitable device (10), wherein the message specifies at least one criterion with regard to a specific geographic area and a specific time duration, - Assigning (102) at least one device (10) to a group of devices managed by the network element (20) according to the specific geographic area and the specific time duration, - Checking (103) for each device (10) of the group of devices, if each device (10) fulfils at least one criterion of a first set of criteria, and, if the result of the check is negative, such device (10) will be eliminated from the group of devices, and if the result of the check is positive, such device (10) will remain in the group of devices, - Computing (104) for each (10) of the remaining devices a result based on an objective function, wherein the result provides a measure for selecting the most suitable device for the sensing procedure, - Selecting (105) the most suitable device based on an evaluation of the computed results, - Sending (106) a request message to the selected (105) device (10), wherein the request message comprises a request for carrying out the sensing procedure by the selected device (10).

A method for identifying a contributing cause of an anomaly, comprising: receiving a time series data set representing a metric that varies over time, wherein the time series data has at least two dimensions; for each of two or more timestamps in the time series data set, generating first and second charts that represent: (i) the metric at that timestamp, (ii) at least two dimensions at that timestamp, and (iii) the association between the metrics at that timestamp; analyzing the first and second charts associated with each timestamp to identify a specific timestamp that includes an anomaly; and, analyzing the first and second charts associated with the identified specific timestamp to identify the nodes that contributed to the anomaly.

Various aspects of the present disclosure relate to methods and apparatuses for sounding reference signal (SRS) configuration with validity area. According to an embodiment of the present disclosure, a user equipment (UE) can include: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the UE to: receive a first configuration including an area-specific time alignment timer associated with an SRS validity area; and transmit an indication to acquire, activate, or deactivate a second configuration associated with the SRS validity area when the UE is in a non-connected state, wherein the second configuration includes an SRS configuration, or a time alignment configuration, or a timing advance (TA) command.

A data processing system implements techniques for restricting which notifications and / or conversations are presented on a plurality of user devices associated with a user. Each user device is associated with a device category. The device categories are associated with time category information that associates each of a plurality of time periods with permitted device category information that indicates which categories of user devices associated with the user are permitted to present notifications that messages have been received for a particular time period and the categories of messages for which the notifications may be presented for that time period and / or which categories of conversations may be presented or hidden. The message category may be determined based on user input or by analyzing the message content with a machine learning model configured to predict the message category.

This disclosure relates to AP-SRS triggered offset enhancement for further enhanced MIMO. User equipment (UE), base station, apparatus, method, computer-readable storage medium, and computer program product are disclosed. The UE can be configured to: receive offset information associated with an AP-SRS transmission of the UE; determine a time slot offset associated with the AP-SRS transmission based at least on the offset information; determine a specific time slot for the AP-SRS transmission based on the determined time slot offset; and perform the AP-SRS transmission in the determined specific time slot.

The present application belongs to the technical field of communications. Disclosed is a method for triggering reporting and reporting of a timing advance. Said method comprises: receiving configuration information from a network device, the configuration information comprising a plurality of physical quantities, and the physical quantities being timing advance (TA) offset threshold values or TA reporting precision values; counting the number of collisions of uplink and downlink transmissions during an observation period, the observation period being a specific time period or a specific number of transmissions; on the basis of the number of collisions, adjusting a current physical quantity, both the physical quantity before adjustment and a physical quantity after adjustment belonging to the plurality of physical quantities; and, on the basis of the physical quantity after adjustment, determining whether to trigger reporting of TA information. The present application can improve the accuracy of TA reporting, such that network devices can obtain more accurate TA information.

A method (301) for anticipating pre-execution queries (100) includes calculating an execution cost of each of a plurality of different queries (260) to a data source (150) scheduled at a particular time on a particular date. The method also includes monitoring a query process schedule (150) and detecting from the monitoring a non-scheduled time (110) on a particular date prior to the particular time on the particular date. Finally, the method includes responding to the detection by first selecting the most expensive one of the different queries (260) based on execution cost and then executing the most expensive one of the selected different queries (260) during the non-scheduled time (110) on the particular date prior to the particular time on the particular date.

The application discloses a data synchronization method, device and equipment and medium, the data synchronization method comprises the following steps: when a service request is initiated to a server, first starting a delay message, and then sending the service request to the server; after starting a message queue, querying the service state of the service request according to the message queue; determining whether the data is synchronized with the server according to the service state; if not, performing a corresponding synchronization operation. According to the application, when a service request is initiated to a server, a delay message is first started, and after a specific time delay, the client can actively query whether the data is synchronized with the server according to the message queue, and perform a corresponding synchronization operation according to the service state, so that the data inconsistency caused by a long communication exception interval can be automatically processed, the client actively performs a synchronization operation to achieve data consistency, and the needs of the client can be more effectively met, and the stability and practicability of data transmission are improved.

The invention discloses a safety monitoring analysis system and method applied to an electronic ticketing platform, relates to the technical field of information safety, and aims to solve the problem of time difference attack implemented by using state synchronization delay in a distributed ticketing system. The method comprises the following steps: a monitoring system captures a plurality of operation request sequences for the same bill in a specific time window; acquiring a local trusted timestamp and a block confirmation timestamp of each operation from the service access end and the distributed account book respectively; after the time evidence is unified to the coordinated world time reference, traversing all operation pairs to execute serialized logic judgment: when the local time of the operation I is earlier than that of the operation II, but the chain confirmation time of the operation I is later than that of the operation II, judging that a sequential logic paradox exists; determining that fraudulent attack occurs and generating a non-tampering security audit report to be pushed to a supervisor; according to the invention, through cross validation of the double-source timestamps, accurate insight of hidden fraud is realized, and a blind area of an existing monitoring technology is filled.

The application discloses a log query method and device, a storage medium and an electronic device. According to the log time field corresponding to each log, the log identification corresponding to each log is generated. In response to a log query request for logs in a target time interval, the target log identification interval corresponding to the target time interval is determined, the target log identification is determined according to the target log identification interval, and the target log corresponding to the log query request is obtained according to the target log identification. In the application, when the log identification is encoded, the log time field information corresponding to the log is encoded into the log identification. When the log in a specific time period needs to be searched and queried, the log identification of the corresponding time period can be quickly calculated, the corresponding target log is obtained through the log identification, the log in the specific time period can be efficiently queried through the application, and the log query efficiency is greatly improved.

The invention relates to a method for identifying short-term bottlenecks in job shop production using track-and-trace generated data, comprising the steps: a) dividing a production hall into virtual areas (geofences); b) recording the location data of orders in the geofences using a track-and-trace system; c) determining the queue length as the number of orders in a geofence and the average waiting time of orders in a geofence at specific times; d) determining an entry / exit rate by considering the number of markers entering and exiting a geofence per hour; e) creating time series for each geofence and each of the bottleneck identification methods; f) applying anomaly detection to identify outliers in the time series.and g) assigning automatically generated weights between 0 and 100 to metrics indicating a bottleneck, adding metrics with anomalies at specific times to determine a bottleneck probability score for the geofence or machine.

The application provides a method and device for determining an alarm threshold, which comprises the following steps: obtaining historical index data within a preset time range; confirming an initial alarm threshold range by sampling the historical index data according to a standard time dimension and a specific time dimension; confirming a special alarm threshold range based on sampling data with a special scene alarm mark in the historical index data; adjusting the initial alarm threshold range by screening data beyond the initial alarm threshold range but within the special alarm threshold range from the historical index data, and obtaining a final alarm threshold range. In the embodiment of the application, the data obtained by sampling the historical index data according to the standard time dimension and the specific time dimension confirms the initial alarm threshold range, and the initial alarm threshold range is adjusted in combination with the data confirmed by the special scene alarm, so as to obtain an alarm threshold range that meets the special scene and is beyond a reasonable range, thereby reducing false alarms and achieving the purpose of accurate alarm.

1. The name of the design product: quality management graphical user interface for electronic equipment. 2. The use of the design product: the design product is used for an electronic device. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the graphical user interface of the product is a work task quality management statistical management platform function page, and the interface shown in design 1 front view is the home page of the work task quality management function interface. 7. The change state description of the graphical user interface: in design 1 front view, the user can view the statistics of the task quality management data of the current year, and the user can view the task quality management data of each time stage by selecting different time regions. In design 2 front view, the user can select to view the statistics of the task quality management data from the perspective of each role, or directly search for related data according to the customer name. The user can click on the date control on each column in the design 3 front view interface to select the specific time interval that wants to search, and there is a date selection pop-up window in the interface to facilitate the user to click and input, and the interface appears the related quality management data searched. 8. Other circumstances that need to be explained: "XXX" in the interface is replaceable text and / or numbers and / or letters and / or symbols.

The techniques disclosed herein enable systems to generate intuitive security reports that illustrate security events that occur during a predefined time period (e.g., thirty days). The security report visual can include a pair of parallel axes where the first axis includes a plurality of time-series segments respectively representing security event types (e.g., obfuscation, phishing) and the second axis includes two time-series segments representing security events that are not remediated and security events that are remediated. A plurality of first lines originating at respective points along the first axis and terminating within a GUI element can represent security events of various types that occur at a particular time unit (e.g., a day) within the predefined time period. A plurality of second lines originating within the GUI element and terminating at respective points along the second axis can represent security events that are either remediated or not remediated.

The present application discloses a method for controlling a health pot for healthcare users, the method comprising: setting a correspondence between a time period and a mode of operation; when a user uses the health pot, verifying the user's identity; if the user is not a healthcare user, cooking the ingredients in the health pot according to the user's operation; if the user is a healthcare user, searching for the operation time in all time periods of a second correspondence; when the operation time falls within any of the time periods, operating the health pot in the mode of the second correspondence with corresponding set parameters to cook food; and when the operation time does not fall within any time period, cooking the ingredients in the health pot according to the user's operation. During a specific time period, under the operation of the healthcare user, the health pot automatically heats the ingredients in a specific mode and parameter settings, thereby simplifying the overall process for the user, especially the healthcare user, to operate the health pot.

To solve the problem with a conventional technology that when a setting temperature of two indoor units far away from each other at the specific time is the same, there is a risk of the two indoor units being classified into the same air-conditioning zone.SOLUTION: In an air-conditioning zoning method, a plurality of indoor units 20 are classified into one or a plurality of first air conditioning zones Z1 in an air-conditioning system. The air-conditioning system 1 includes a plurality of indoor units 20 and a control part. The control part acquires a value of a setting temperature from the plurality of indoor units 20 as time-series data. The setting temperature indicates the state of the indoor units 20. The control part calculates a coincidence degree for each of one or a plurality of combinations. The combinations are composed of at least two indoor units 20 included in the plurality of indoor units 20. The coincidence degree is an index of the similarity among the time-series data. The control part classifies the plurality of indoor units 20 into the first air-conditioning zone Z1 on the basis of the coincidence degree.SELECTED DRAWING: Figure 10