11 results about "Specific time" patented technology

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.

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.

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.

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 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 provides a robot multi-camera positioning optimization method and device and a storage medium, and is applied to the field of automatic control, and the method comprises the steps: obtaining at least one first key frame of a first camera in a specific time period, the first key frame reflecting the key pose of the first camera; obtaining at least one second key frame of the second camera in a specific time period, wherein the second key frame reflects the key pose of the second camera; performing beam adjustment method optimization on the first key frame and the second key frame to obtain a first pose corresponding to the first camera and a second pose corresponding to the second camera; according to the first pose and the second pose, the historical robot pose of the robot in the specific time period is updated, the problem that effective positioning cannot be achieved when a single visual positioning system is blocked by an obstacle or obvious features cannot be recognized in the prior art can be avoided, and the positioning accuracy of the robot is improved.

We provide the system. [Solution] A means of acquiring error information and monitoring it at specific time intervals, A means to analyze the acquired error information and identify its cause, A system that includes means for formulating countermeasures based on identified causes.