19 results about "Time pass" patented technology

The invention relates to a cross-clock-domain data synchronization method, an FIFO control circuit and a synchronization circuit, and the method comprises the steps: obtaining a first clock cycle number passed by a source clock domain in target time if the write clock frequency of the source clock domain is different from the read clock frequency of a target clock domain, the first clock period number and the second clock period number passed by the target clock domain within the target time are both integers; under the condition that the first clock cycle number is larger than the second clock cycle number, multiple first effective clock signals are generated every time a target time passes, the multiple first effective clock signals are generated within the target time, the number of the first effective clock signals is the second clock cycle number, and data writing control is carried out based on the first effective clock signals, the cross-clock domain data synchronization is completed; according to the method, the cross-clock-domain data synchronous transmission between clocks with different frequencies is well realized, the implementation is relatively high, and the cost is relatively low.

It is disclosed a method for transmitting through a packet-switched communication network a measurement result (for example, an RTT measurement result) available at a node of the network. The node applies to packets to be transmitted to a further node of the network a marking value, which is switchable between two alternative marking values. The node performs a first switching of the marking value, then waits a wait whose duration is equal to a value indicative of the measurement result available at the node itself, and then performs a second switching of the marking value. A probe placed on the path of the marked packets detects the first and second switching in the packets, and obtains a reading of the measurement result available at the node as the time lapsing between them.

The embodiment of the invention provides a time synchronization method, a controller, a vehicle and a computer program product, and the method comprises the steps: obtaining a time lapse rate ratio between a driving end and a driven end through calculation based on message interaction data, and providing a basis for time synchronization; the stability of network delay and time deviation is further evaluated through peer-to-peer delay message interaction, and the dynamic adaptability enables time synchronization to more accurately adapt to changes of network conditions; and when it is confirmed that the change condition of the time deviation is within a preset stable interval, performing time synchronization processing. By introducing the deviation stability parameter and the rate ratio, when the deviation stability parameter and the rate ratio are in a controllable interval, the subsequent time synchronization processing is carried out, otherwise, the time synchronization processing is not carried out, the condition judgment mechanism endows the driven end with the capability of judging an abnormal message, unnecessary synchronization operation in an unstable state is avoided, and the reliability of the driven end is improved. Therefore, the stability and the reliability of the system are improved.

There is a demand for a gaming machine that allows players to play games smoothly. The volume adjustment screen can be displayed as a shortcut by operating a predetermined member (such as a cross key), After the volume adjustment screen is displayed, if a predetermined time passes without any operation, the volume adjustment screen will disappear. There are cases where performance A is executed at a predetermined opportunity. There are cases where performance B is executed at a specific opportunity other than the predetermined opportunity. If the execution time of performance A is execution time A and the execution time of performance B is execution time B, the following relationship holds between the specified time, execution time A, and execution time B. Execution time A < "predetermined time"

The present invention provides a crystal and its growth control method, device, and equipment, relating to the fields of semiconductor and photovoltaic crystal manufacturing technology. The crystal growth control method includes: during the crystal isodiameter growth process, obtaining the actual average pulling speed for at least a portion of a preset time window, wherein the time window slides once each time a first time passes; using a second time as a processing cycle, adjusting the preset base pulling speed for the next processing cycle based on the actual average pulling speed for at least a portion of the window after each sliding of the time window in the current processing cycle, to obtain a target pulling speed for the next processing cycle, and controlling the heating power in the next processing cycle based on the target pulling speed for the next processing cycle, wherein the second time is greater than the first time. This can reduce the deviation between the target pulling speed and the actual average pulling speed, thereby reducing the probability of crystal edge breakage and improving production efficiency.

To improve convenience for players. [Solution] The information processing program causes the computer to perform the following processes: starting specific content, which has a limit on the number of times it can be executed within a specified period of time, based on player input; repeatedly progressing through the specific content as the required time passes after the specific content has started, until the limit is reached for the number of times it can be executed within the specified period of time, without the player needing to operate the game or starting the game; making it possible to receive a reward upon completion of execution of the specific content; executing a shortcut function that shortens the required time in accordance with player input at the start of the specific content or while the specific content is in progress; and displaying a count indicating the number of times the specific content has been completed or the number of times a reward has been received on an execution screen that allows input for executing the shortcut function.

To reduce a difference between time from when a person leaves to when control is performed on a system side and setting time of the control set on the system side.SOLUTION: An information processing apparatus includes a sensor for detecting an object present within a predetermined detection range, and when it is detected using the sensor that any object with a certain movement is not present within the predetermined detection range over a first time, it is detected that no person is present within the predetermined detection range, and first information indicating that no person is present before the first time passes is set. In response to the first information being set, measurement of a second time is started by system processing, and function stop processing to stop at least some of functions by the system processing is performed on conditions that it is detected that any object with a certain movement is not present within the predetermined detection range over the first time, and the measurement of the second time ends.SELECTED DRAWING: Figure 4

Embodiments of this application provide a trip prompting method and apparatus, applied to a first terminal. The first terminal may obtain trip information. The first terminal may acquire a first duration associated with a trip start position. The trip information includes a trip start time and a trip start position. The first terminal may acquire a second duration required to arrive at the trip start position from a position of the first terminal at a first time. The first terminal calculates a first difference between the trip start time and a second time. The second time is a time after the first time passes the second duration. Therefore, when the first difference is less than or equal to the first duration, the first terminal may display, through a first interface, information for prompting departure. The first difference is less than or equal to the first duration, and the first duration is learned in advance. Therefore, when the first user departs from the first time, a first user may not depart too early or too late.

System for determining the passage of time, comprising a curve element (1) with a concave curve track (10) and a rolling element (40) for performing a rolling movement (41) on the curve track (10), wherein the curve element (1) comprises a setup device (5) with which the curve element (1) can be set up such that two endpoints (11, 12) of the curve track (10) form respective maximum points (13, 14) of the curve of the curve track (10) and a curve area between the endpoints (11, 12) forms a minimum point (17) of the curve of the curve track (10).

Techniques related to executing instructions by a processor comprising receiving a first instruction for execution, determining a first latency value based on an expected amount of time needed for the first instruction to be executed, storing the first latency value in a writeback queue, beginning execution of the first instruction on the instruction execution pipeline, adjusting the latency value based on an amount of time passed since beginning execution of the first instruction, outputting a first result of the first instruction based on the latency value, receiving a second instruction, determining that the second instruction is a variable latency instruction, storing a ready value indicating that a second result of the second instruction is not ready in the writeback queue, beginning execution of the second instruction on the instruction execution pipeline, updating the ready value to indicate that the second result is ready, and outputting the second result.

A metadata size can be reduced for online deduplication operations. For example, a computing device can generate a metadata entry describing a data block in a metadata table comprising a plurality of metadata entries describing a plurality of data blocks. The computing device can determine a length of time to be associated with the metadata entry for maintaining the metadata entry in the metadata table. The computing device can, subsequent to the length of time passing subsequent to generating the metadata entry, determine the metadata entry indicates a number of references to the data block is below a threshold. The computing device can, in response to determining the number of references is below the threshold, remove the metadata entry from the metadata table.

In one example, a method for rotating security credentials includes instantiating an execution environment in which to execute instructions of a script. The method also includes executing the instructions of the script within the execution environment to cause the at least one processor to monitor a passage of time to identify an arrival of a time to coordinate a rotation of a security credential between an executable routine and a secrets management service. The at least one processor is also caused, in response to identifying the arrival of the time, perform operations including: providing a first request to the executable routine to communicate with the secrets management service of the processing device to request rotation of the security credential at the secrets management service, and providing a second request to the executable routine to rotate the security credential at the executable routine.

To improve noise removal performance.SOLUTION: An autoencoder is trained so that, with a plurality of pieces of data including a change with the lapse of time and including noise as training data, its output when data of reference timing and information on the lapse of time are input thereto is closer to data of timing corresponding to the information on the lapse of time. An information processing apparatus predicts the output from the autoencoder when the data of the reference timing and information indicating the reference timing as the information on the lapse of time are input thereto, as noiseless data corresponding to the inputted data of the reference timing.SELECTED DRAWING: Figure 2

DEPCT6804 / 08 / 2568 Methods, computer programs, and tools have been provided for causing the device to malfunction. The second-order access node performs the following action: causing the time interval value to move to the first-order node. It is provided to the user's device for synchronized signal transmission. The association depends on the time period of the target cell supported by the secondary access node; The decision to determine the exact timing of the time interval for moving to the first position. Where the time value for moving to the first position is considered incorrect after the time has elapsed. Accuracy; and the transmission of such accurate and complete timing signals to the node. Priority access is provided to cells serving the user's device;

The present invention provides a clock, a method for controlling the clock, and a program that enable a pointer indicating the current time in one display mode to represent a different passage of time in another display mode. [Solution] The clock 1 comprises an upper hand 40, a lower hand 50 that is longer than the upper hand 40, and a control unit 60 that operates the upper hand 40 and the lower hand 50 in a first display mode that shows the current time in hours and minutes, and a second display mode that shows a different time progression than the first display mode. In the second display mode, the lower hand 50 is operated to function as a minute hand, and the upper hand 40 is operated to function as a second hand.

The application discloses a thread load usage rate calculation method suitable for a microcontroller, and realizes low-load thread load usage rate calculation in a real-time operating system based on a DMA module, and comprises the following steps: configuring a carrying source address of the DMA module and task occupation time Ti of each thread in the operating system; initializing a buffer address and length for storing received data, and system time Tsys; calling last scheduling system time Tsch and last remaining length Lsch; when scheduling is needed, according to the obtained current system time Tsys and current remaining length Lsys, in combination with the last scheduling system time Tsch, the last remaining length Lsch and the data buffer length L, the number of DMA carrying times passed in each thread is calculated and saved to the task occupation time Ti of each thread, Tsch is updated to Tsys, and Lsch is updated to Lsys; and according to the task occupation time Ti of each thread and the current system time Tsys, the load usage rate of each thread is calculated.