245 results about "Terminal time" patented technology

The invention provides a collaborative scheduling method and device based on multiple devices of a port and a medium, and belongs to the field of port scheduling, and the method comprises the steps: determining a total scheduling time window of port operation according to the end time of an early warning time period of extreme weather; dividing the total scheduling time window into a plurality of continuous rolling windows; obtaining the device state of the starting time of the current rolling window, and obtaining a to-be-scheduled task subset corresponding to the current rolling window; based on a rolling strategy and an improved grey wolf optimization algorithm, according to the working state corresponding to the current rolling window and the to-be-scheduled task subset, solving to obtain an optimal local scheduling sequence corresponding to the current rolling window; and after the task is executed according to the optimal local scheduling sequence of the current rolling window, updating the equipment state and the task state, switching to the next rolling window, and obtaining the corresponding optimal local scheduling sequence until the end time of the total scheduling time window is reached. The scheduling capability of the port in extreme weather is effectively improved.

A cooperative communication method receives an announcement frame from a master access point. The announcement frame includes a duration field, a value of the duration field is set to a first duration, an end time of the first duration is not later than an end time of a target trigger frame or is not later than a start time of a target trigger based (TB) physical layer protocol data unit (PPDU), the target trigger frame is a next radio frame of the announcement frame, the target TB PPDU is a response frame for the target trigger frame, the target trigger frame comprises a second trigger frame, and the target TB PPDU comprises a second TB PPDU. The slave access point sends the second trigger frame to a second station associated with the slave access point, and receives the second TB PPDU from the second station.

Disclosure discloses a method and a device in a node used for wireless communications. A node first receives first information, and then transmits a first signal and triggers a first timer, the first timer is expired and triggers a first procedure; the first information is used to determine a first time interval length; the first timer is started in a first time window, the first time window comprising a positive integer number of slots; a time interval between an end time of transmission of the first signal and a start of the first time window is equal to the first time interval length; the first procedure is related to the type of the first timer. By associating a start time of timing of the first timer with the first time interval length, the present disclosure optimizes the RRM and / or RLM timer design in NTN, thus improving the overall performance.

The present disclosure provides a method for tracing a path of an attack on a smart contract on a blockchain, belonging to the technical field of blockchains. The method specifically includes: determining a hacker's attack address, and determining an attack's start time and an attack's stop time according to a data record of the hacker's attack address; and determining hash values of all transactions from a hacker's attack destination address between the attack's start time and the attack's stop time automatically, and obtaining a fungible token and a non-fungible token by parsing the hash values automatically. The problems of large error and low efficiency during original manual extraction are solved, accuracy and efficiency are higher, and the overall security is improved.

The invention relates to a system and method for authenticating a user during a session using a device. In one example, a system for authenticating a user during a session using a device includes an input device configured to capture and transmit input data, a processor operatively connected with the input device, the processor including an authentication engine executable by the processor, the authentication engine configured to: receive input data from the input device, and transmit the input data to the input device; detecting the presence of a user in the input data, starting a countdown timer if the presence of the user is not detected, continuously detecting the presence of the user during the start-up of the countdown timer, ending the session if the presence of the user is not detected during the start-up of the countdown timer and the countdown reaches its end time, and; if the presence of the user is detected during the start-up of the countdown timer, the user is re-validated and the session is kept effective.

Systems, methods, and devices enhance power performance of wireless devices. Methods include beginning a service period between wireless devices, the service period being configured in accordance with a wireless communications protocol, and determining, using one or more processing elements, whether or not there has been activity during a designated period of time within the service period. Methods further include determining, using the one or more processing elements, whether or not the service period should be terminated prior to a scheduled end of the service period, the determining being based, at least in part, on the activity.

The application discloses a fault diagnosis method and device, electronic equipment and a storage medium, belongs to the field of fault diagnosis, and realizes improving the efficiency of fault analysis and positioning. The method comprises the following steps: marking the fault start time and fault end time of a target service; acquiring the data stream of the target service corresponding to the time period between the fault start time and the fault end time; determining the fault of the data stream occurring at the attribute layer based on the communication protocol of the data stream at the attribute layer, wherein the number of the attribute layers is at least one; and determining the cause of the fault based on the fault.

A communication system, apparatus, method and one or more non-transitory computer-readable storage devices for communication-aware integration employ the steps of transmitting or receiving a radio frequency (RF) signal from a start time boundary of a time-frequency resource to an end time boundary of the time-frequency resource. The time-frequency resources are used for perceptual transmission of one or more perceptual signal components for perceptual objects, or for the perceptual transmission of the one or more perceptual signal components and data transmission of one or more symbols via a downlink (DL), an uplink (UL) and / or a sidelink. The time-frequency resource for the data transmission and the time-frequency resource for the perception transmission are aligned in time and / or frequency.

The invention provides a CAN-FD issuing method and system during reservation charging of a vehicle, relates to the technical field of vehicle-mounted electronics and Internet of Vehicles of new energy vehicles, and solves the technical problems of timing distortion and inaccurate triggering of a reservation charging start-stop instruction caused by dependence on external sleep duration or a specific hardware module during SOC awakening in the prior art. The method comprises the following steps: acquiring system UTC standard time after SOC awakening and converting the system UTC standard time into minutes of the day; performing time zone correction according to a target area where the vehicle is located to obtain a local time minute number; acquiring preset charging parameters including the starting time minute number after the charging starting time is converted, the charging duration minute number and the calculation of the charging ending time minute number; based on the local time minute number, the starting time minute number and the ending time minute number, whether the current time is in the reserved charging period is judged; and issuing a corresponding control instruction through the vehicle-mounted controller in combination with the current charging state. The method and device are used in the vehicle reservation charging process.

A notification device includes: an acquisition unit that acquires a destination to which a mobile body moves and an estimated arrival time of the mobile body arriving at the destination; a meeting determination unit that determines whether or not a user boarding the mobile body participates in an electronic meeting during movement of the mobile body; and a notification control unit that compares, when the user participates in the electronic meeting during movement of the mobile body, a scheduled end time of the electronic meeting with the estimated arrival time, and controls the notification unit to execute notification based on a comparison result.

To provide a technique of increasing a passenger satisfaction degree in a service for distributing content to passengers of vehicles.SOLUTION: A control unit of an information processing device acquires a passage time at which a vehicle actually passes a prescribed halfway point of a scheduled travel route, and calculates a scheduled arrival time at which the vehicle is predicted to arrive at a destination of the scheduled travel route in accordance with the acquired passage time. The control unit of the information processing device calculates a surplus time length representing the difference between the scheduled arrival time and a scheduled content distribution end time if the scheduled content distribution end time is earlier than the calculated scheduled arrival time. The control unit of the information processing device outputs information about the calculated surplus time length and proposal information including information for encouraging a delay of the scheduled content distribution end time.SELECTED DRAWING: Figure 5

Described herein is a User Equipment, UE, comprising: at least one processor, and at least one memory storing instructions that, when executed by the at least one processor, cause the UE at least to: determine a start time and an end time of a first time window comprising at least a second time window with uplink scheduling restrictions; and if, based on the determining, a time that remains before the start time of the first time window is equal to or smaller than a pre-configured time margin, perform triggering of a Delay Status Report, DSR.

The present disclosure provides an interface access processing method and apparatus, a computer device and a storage medium, and the method includes: acquiring target access behavior sequences of an access party within a first specified time range, the target access behavior sequences including an access action behavior sequence and an access time interval sequence; calling an identification model for prediction processing to obtain an identification result based on the access action sequence and the access time interval sequence, the identification result being used for representing a classification probability that the access party has abnormal behaviors; and controlling an interface access request within a second specified time range of the access party according to the identification result, a start time of the second specified time range being later than an end time of the first specified time range.

The present application belongs to the field of rocket launch measurement and control technology, and particularly relates to a method and system for timing the separation of a rocket connector. The method comprises: collecting and preprocessing a separation trigger signal generated when the rocket connector separates from the rocket body; identifying the first generation time of the separation trigger signal based on the preprocessed separation trigger signal; determining the separation start time using the first generation time as a reference; simultaneously receiving a positioning signal of the rocket connector and using the disappearance time of the positioning signal as the separation end time; obtaining the separation duration based on the difference between the separation end time and the separation start time; storing the separation start time, the separation end time, and the separation duration; comparing the separation duration with a preset standard duration; generating a timing report and sending a timing completion instruction; and completing the timing of the separation of the rocket connector. The present application achieves timing of the separation of the rocket connector without the need for additional on-rocket equipment, has strong anti-interference capability, and has high timing accuracy.

A kind of method, system, medium and product of data processing of duty of wisdom camp, in the method, system first obtains the attribute information of current execution task and to-be-executed task, generates the vector reflecting the completion state of current task and the vector of next task admission requirement. By comparing the two vectors, determine the conflict items that need to be adjusted, and find the corresponding state recovery action and its required duration. Combined with the physical travel time between the two task locations, the total transition time is calculated. According to the latest start time of the second task and the transition time, the system judges the key end time point of the first task, and decides whether to generate a scheduling instruction containing state recovery action according to the key end time point. The present application is used to improve the prediction accuracy of the start time of subsequent task, reduce the service response delay risk caused by the personnel unable to arrive at the designated point in time.

To eliminate vacant reservations at facilities and provide efficient facility management methods. [Solution] The information processing device includes a storage unit that stores the start time when the facility is to be used, the end time when the facility is to be used, and at least one user who will be using the facility as reservation information for a facility installed in a building; a reception unit that receives start time information indicating that the facility has been used; a location information acquisition unit that acquires location information of the communication terminal of the user using the facility; a notification unit that, based on the location information, determines that the user's communication terminal has moved more than a predetermined distance away from the facility before the end time, and sends a predetermined notification to the user's communication terminal; and a reservation management unit that changes the facility usage status to available if it does not receive a response to the predetermined notification from the user's communication terminal, or if it receives end time information indicating that the facility is to be used as a response to the notification from the user's communication terminal.

A system includes Memory, Display and Processor. Memory stores application with executable instructions. Processor performs operations: retrieving schedule information for channels to be transmitted simultaneously by a broadcaster, the information includes start and end times for types of content to be transmitted; identifying, from the information, first time segments in which a first content type is to be transmitted and second time segments in which the first type is not to be transmitted; displaying a plot of the information with content types transmitted over time for each of the channels, the first segments corresponding to the first type are displayed as a first color and the second segments are displayed as a second color; identifying, from the second segments for each channel, transition windows comprising durations within which all of channels are scheduled to not transmit the first type; and overlaying on the plot an indicator of the windows.

1. Name of the product in this design: Data processing and analysis graphical user interface for a real-time analysis and management system for slurry quality of electronic equipment. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Application of the graphical user interface: Used for data processing and analysis in real-time analysis and management systems for slurry quality. 7. Human-computer interaction method of graphical user interface: Design 1: Modify the corresponding time in the "Start Time" and "End Time" boxes in "Design 1 Main View" to the start and end times of the detection that needs to be processed and analyzed, and jump to "Design 1 Interface Change Status Diagram 1"; click "Query" in "Design 1 Interface Change Status Diagram 1" to jump to "Design 1 Interface Change Status Diagram 2". Design 2: Select "Radius" in "Design 2 Main View" to jump to "Design 2 Interface Change Status Diagram 1"; in "Design 2 Interface Change Status Diagram 1", modify the corresponding times in the "Start Time" and "End Time" boxes to the start and end times of the detection that needs to be processed and analyzed, and jump to "Design 2 Interface Change Status Diagram 2"; in "Design 2 Interface Change Status Diagram 2", click "Query" to jump to "Design 2 Interface Change Status Diagram 3". Design 3: Click "Bubble Data" in "Design 3 Main View" to jump to "Design 3 Interface Change Status Diagram 1"; modify the corresponding times in the "Start Time" and "End Time" boxes in "Design 3 Interface Change Status Diagram 1" to the start and end times of the detection that needs to be processed and analyzed, and jump to "Design 3 Interface Change Status Diagram 2"; click "Query" in "Design 3 Interface Change Status Diagram 2" to jump to "Design 3 Interface Change Status Diagram 3". Design 4: Click "Bubble Data" in "Design 4 Main View" to jump to "Design 4 Interface Change Status Diagram 1"; select "Radius" in "Design 4 Interface Change Status Diagram 1" to jump to "Design 4 Interface Change Status Diagram 2"; modify the corresponding times in the "Start Time" and "End Time" boxes in "Design 4 Interface Change Status Diagram 2" to the start and end times of the detection that needs to be processed and analyzed, and jump to "Design 4 Interface Change Status Diagram 3"; click "Query" in "Design 4 Interface Change Status Diagram 3" to jump to "Design 4 Interface Change Status Diagram 4".

This application discloses a data management method and a cloud management platform based on a cloud management platform, which can improve user experience. The method includes: a user sending a data processing request to the cloud management platform; the cloud management platform obtaining the arrival time of the data processing request in a first period and notifying the primary storage node to provide the arrival time of the data processing request in a second period; the cloud management platform selecting a third period with the latest end time from the first and second periods; the cloud management platform notifying the primary storage node to process the user's data and synchronizing the processed data to the backup storage node; and the user sending a data access request to the cloud management platform; the cloud management platform determining whether the arrival time of the data access request is earlier than the end time of the third period; if so, the cloud management platform notifying the backup storage node to return the data before processing; otherwise, the cloud management platform notifying the backup storage node to return the processed data to the user.

The invention belongs to the technical field of satellite communication, and particularly relates to a terminal time-frequency synchronization method, system and device and a storage medium. In the prior art, pre-stored ephemeris precision is limited; and when the periodic ephemeris broadcast is received, the terminal must successfully decode the SIB to obtain the ephemeris, so that the initial access time is prolonged. Comprising the following steps: a terminal calculates first satellite PVT data by using a pre-stored ephemeris and a PVT of the terminal, calculates coarse time frequency offset and compensates the coarse time frequency offset to complete downlink synchronization; then periodically decoding the SIB1-BIS message, obtaining second satellite PVT data through high-level analysis, and calculating fine time-frequency offset to realize uplink synchronization; and after synchronization, the latest second satellite PVT data is cached and used for real-time interpolation in communication, so that the synchronization precision and robustness are improved.

A display device, a driving method therefor, and a display terminal are provided. A level shifter of the display device is configured to generate a first clock signal. A control signal generated by a timing controller in a case where a refresh rate is greater than a preset value is configured to control the level shifter to process the first clock signal to generate a second clock signal. The second clock signal includes a plurality of second clock pulses one-to-one corresponding to a plurality of first clock pulses of the first clock signal. An end time of each of the second clock pulses is later than an end time of a corresponding one of the first clock pulses.

A method in a computing device includes: obtaining schedule data for a facility, the schedule data including a plurality of segments, each segment having (i) a start time, (ii) an end time, and (iii) a worker identifier assigned to the segment from a plurality of worker identifiers; obtaining presence data including, for each of the plurality of worker identifiers, whether a corresponding worker is present at a facility; detecting, from the presence data, a worker present at the facility, having a first worker identifier that is not assigned to any of the segments in the schedule data; generating an auxiliary segment having (i) a start time based on the presence data, (ii) an end time based on a comparison of the schedule data with the presence data, and (iii) the first worker identifier; and providing the auxiliary segment to a task allocator with the schedule data.

A method and apparatus in a wireless communication system are provided. The method comprises the following steps: receiving first information, wherein the first information configures or indicates related information of repeated transmission and / or extended transmission of a physical uplink shared channel (PUSCH); receiving second information, the second information configuring or indicating related information transmitted by a physical uplink control channel (PUCCH), the second information being carried in a downlink control information (DCI) format, and the PUCCH transmission carrying uplink control information (UCI); and when at least one of the PUSCH repeated transmissions and / or extended transmissions is overlapped with the PUCCH transmission in the time domain, not sending all the PUSCH repeated transmissions and / or extended transmissions, the starting time of the earliest repeated transmission and / or extended transmission in all PUSCH repeated transmission and / or extended transmission is not earlier than a symbol which starts after a first time after the end time of a physical downlink control channel (PDCCH) carrying the DCI format; and sending the PUCCH transmission.

An embodiment of the present application provides a resource regulation method. The method comprises: in response to a sliding operation on a first interface of an electronic device, the electronic device obtaining a first start time on the basis of touch parameters, and obtaining a second start time on the basis of display parameters; starting to execute a resource regulation strategy at a target start time, wherein the target start time is the earlier of the first start time and the second start time; the electronic device obtaining a first end time on the basis of the touch parameters, and obtaining a second end time on the basis of the display parameters; and stopping executing the resource regulation strategy at a target end time, wherein the target end time is the earlier of the first end time and the second end time. Through the method, sliding scenarios can be accurately identified on the basis of the original display framework of the electronic device in combination with touch detection functions of the electronic device, assisting the electronic device in precise resource regulation during sliding and improving the smoothness of the electronic device.

Embodiments of the present disclosure provide a method and apparatus for acquiring a communication signal, and an electronic device. The communication signal comprises a first signal value and a second signal value adjacent in time sequence, the second signal value being earlier than the first signal value. The method comprises: determining a first starting time position of the first signal value in the communication signal based on the second signal value; and sampling the communication signal based on the first starting time position to acquire the first signal value. The method of determining the first starting time position of the first signal value in the communication signal based on the second signal value comprises: determining an ideal ending time position of the second signal value in the communication signal based on a second starting time position of the second signal value; determining a time window based on the ideal ending time position; determining an actual ending time position of the second signal value in the communication signal based on transition information of the communication signal within the time window; and taking the actual ending time position as the first starting time position. The method can improve the reliability of signal reception.

The invention relates to the technical field of network communication, in particular to a path pre-planning method and device and related equipment. The method comprises the following steps: collecting each flow information of an AI training task from equipment of a parameter network, wherein the parameter network is used for forwarding each flow of the AI training task; on the basis of the collected traffic information, traffic feature information of each traffic and information of each traffic flowing through equipment and an interface in a parameter network are determined, and the traffic feature of one traffic at least comprises a traffic identifier of the traffic, and the traffic starting time and the traffic ending time in the current iteration period; and pre-planning a forwarding path of each flow in the parameter network in the next iteration period based on the flow start time and the flow end time of each flow and the flowing equipment and interface information of each flow in the parameter network.

This specification relates to the field of computer technology, and more particularly to a method and apparatus for synchronizing hardware queues across multiple cores. The method configures a first hardware queue on a slave core to a non-arbitrable state; when a master core connects to a second hardware queue, the first hardware queue on the slave core is configured to an arbitrable state; wherein the second hardware queue corresponds to the first hardware queue; during the process of the master core completing the connection or disconnection of the second hardware queue, the connection or disconnection of the first hardware queue on the slave core is synchronized. Using the embodiments of this specification, the error in the completion time of task calculations on each core is reduced, software performance sampling is facilitated, task performance is improved, and thus processor energy efficiency is enhanced.

The application provides a method for audio detection and an electronic device. The method is applied to the electronic device and includes: collecting a first audio and identifying a type of the first audio; collecting a first signal through one or more sensors, wherein the electronic device includes the one or more sensors; when it is identified that the first audio is a set type, determining a first time interval according to the first audio, the first time interval including a start time and an end time; determining a second signal according to the first time interval and the first signal; and displaying first information if the second signal matches the first audio. The scheme provided in the application embodiment can detect a matching relationship between an audio collected by the electronic device and other signals, and then subsequent processing can be performed according to the matching relationship.