21 results about "Maximum duration" patented technology

The method includes: receiving first information from a second access point, where the first information indicates a first maximum time length in which a first station sends a PPDU, the second access point and the first station belong to a second BSS, and a coverage area of the second BSS has an overlapping part with a coverage area of the first BSS; generating second information, where the second information indicates a second maximum time length in which a second station sends a PPDU, the second maximum time length is less than or equal to the first maximum time length, and the second station belongs to the first BSS; and sending the second information. The technical solutions of this application can avoid inability to perform preemption because an AP or a STA in an OBSS occupies a channel for a long time.

The invention provides a data transmission method and device. The method comprises: a first device determining a time domain resource of first uplink data according to whether a first time period contains a complete synchronization signal and a physical broadcast channel SSB; and the first device sends the first uplink data according to the time domain resource of the first uplink data. Wherein the starting moment of the first time period is n1 + X + t1, the ending moment of the first time period is n1 + X + Y1-t2, n1 is the starting moment of the first uplink data, X is the maximum duration of one-time uplink data transmission, Y1 is the duration occupied by a gap GAP between the first uplink data and the second uplink data, t1 and t2 are preparation durations between transmitting and receiving and between transmitting and receiving of the first device respectively, and t1 and t2 are integers larger than or equal to 0. The mode is beneficial to improving the data receiving performance.

The embodiment of the invention provides a video processing method, electronic equipment and a computer readable storage medium, and relates to the technical field of terminals. When the first video clip exceeds the maximum duration threshold, the mobile phone determines an audio associated frame in the first video clip; wherein the segment duration of the first video segment is greater than the maximum duration threshold, the first video segment comprises continuous multi-frame images and at least one audio segment, and the audio associated frame is an image frame corresponding to a starting moment or an ending moment of each audio segment in the continuous multi-frame images; splitting the first video clip into at least two second video clips; wherein the first frame or the tail frame of each second video clip is the audio associated frame, and the clip duration of any second video clip is less than or equal to the maximum duration threshold. In this way, when a long video clip is split, the integrity of the audio clip can be reserved as much as possible.

A method implemented by an electronic processor for monitoring and limiting access to a data connection by an electronic device, the electronic device comprising means for selectively activating / deactivating the data connection, comprising the steps of: a) detecting the start and end times of each data connection access during a predetermined time interval; b) progressively measuring the total duration of data connection accesses during said predetermined time interval; and c) if the total duration of data connection accesses reaches a value equal to a predetermined maximum duration value before the end of said predetermined time interval, activating said means.

Methods, systems, and devices for maximum memory clock estimation procedures are described. For instance, a device, such as a host device, may truncate a value of a first parameter associated with a first duration for a clock coupled with a memory array to perform a clock cycle and may estimate a value of a second parameter that is inversely proportional to the truncated value of the first parameter. The device may determine a quantity of clock cycles associated with a maximum duration for accessing one or more memory cells of the memory array based on adjusting the second parameter. The device may access the one or more memory cells of the memory array based on the determined quantity of clock cycles associated with the maximum duration.

Methods, systems, and devices for maximum memory clock estimation procedures are described. For instance, a device, such as a host device, may truncate a value of a first parameter associated with a first duration for a clock coupled with a memory array to perform a clock cycle and may estimate a value of a second parameter that is inversely proportional to the truncated value of the first parameter. The device may determine a quantity of clock cycles associated with a maximum duration for accessing one or more memory cells of the memory array based on adjusting the second parameter. The device may access the one or more memory cells of the memory array based on the determined quantity of clock cycles associated with the maximum duration.

Disclosed herein is a computer-implemented method for detecting activity in an audio stream. In at least one embodiment, the method includes: obtaining an audio stream; and detecting activity in the audio stream based on detection criteria, where the detection criteria include at least two of: an audio amplitude threshold, where sections of the audio stream with an audio amplitude less than the audio amplitude threshold are classified as inactive; a detection delay defining a time interval of the audio stream during which activity in the audio stream is ignored; a minimum activity duration defining a minimum duration for an active section in the audio stream; and / or a maximum inactivity duration defining a maximum duration of inactivity in the audio stream.

Secure circuitry of an integrated circuit detects a duration of a clock cycle of a crystal oscillator external to the integrated circuit, using a digital ring oscillator internal to the integrated circuit and having a higher frequency than the crystal oscillator. The secure circuitry calculates a variation in the duration of the clock cycle. In response to the duration being greater than a maximum duration limit, the duration being less than a minimum duration limit, and / or the variation being greater than a maximum variation limit, the secure circuitry performs an action.

A method for reporting a maximum duration of joint channel estimation includes: receiving a first message sent by a network side device, the first message being used for instructing the terminal device to report the maximum duration of the joint channel estimation; and sending the maximum duration to the network side device. The terminal device reports the maximum duration of the joint channel estimation, so as to enable the network side device to take the maximum duration as a reference value of the time window for the joint channel estimation of the terminal, and configure a length of the time window for a retransmission of the joint channel estimation for the terminal device based on the reference value.

Method for predicting the remaining duration of a signal aspect of at least one signal group (303, 305) of a traffic signal system (301), wherein the traffic signal system (301) is controlled based on a signal program which specifies several phases (401, 407) for a cycle time and a separate phase permission range for each of the several phases (401, 407), wherein for immediately successive phases (401, 407) the associated phase permission ranges (503, 505) seamlessly connect or overlap, so that the phase permission ranges (503, 505) cover the entire cycle time (607), wherein a phase transition between two immediately successive phases (401, 407) is specified by means of a phase sequence plan (405), wherein the signal aspect is specified by a currently running phase (401) of the signal program.comprising the following steps: Determining (101) a minimum phase remaining time and a maximum phase remaining time of the currently running phase (401) for a current cycle time point (717) of the cycle time (607) based on the phase permission range (503) of the currently running phase (401) and on the phase permission range (505) of the phase (407) that immediately follows the currently running phase (401); Determining (103) a minimum and a maximum remaining time of the signal aspect of the signal group (303, 305) for the current cycle time point (717) based on the minimum phase remaining time, on the maximum phase remaining time and on the respective phase sequence plan (405) that specifies the phase transition between the currently running phase (401) and the immediately following phase (407), wherein, in the case that the respective phase sequence plan (405),which specifies the phase transition between the currently running phase (401) and the immediately following phase (407) for the signal group (303, 305), does not specify a change in the signal aspect, successively searches for a change in the signal aspect of the signal group (303, 305) in phase sequence plans that follow the respective phase sequence plan (405) until a change is found in one of the following phase sequence plans, whereby the steps of determining (101) a minimum remaining phase duration and a maximum remaining phase duration for the current cycle time point (717) of the cycle time (607) are repeated for each of the phases until the signal aspect changes, wherein a first sum of all determined minimum remaining phase durations is calculated and wherein a second sum of all determined maximum remaining phase durations is calculated, wherein the minimum remaining phase duration of the signal aspect of the signal group (303,305) is determined based on the first sum and on the phase sequence plan in which the change of the signal aspect was found, and wherein the maximum remaining duration of the signal aspect of the signal group (303, 305) is determined based on the second sum and on the phase sequence plan in which the change of the signal aspect was found.

The invention relates to a communication method, device and system, and relates to the technical field of communication. The communication method comprises the steps that a first time window is configured according to the maximum duration, reported by a terminal, of maintaining power consistency and phase continuity of the terminal, and the maximum duration is determined according to related information of at least one of phase pre-compensation or TA pre-compensation; and sending the related information of the first time window to the terminal, so that the terminal determines a second time window according to the related information of the first time window. According to the technical scheme disclosed by the invention, the power consistency and phase continuity of the terminal can be maintained in an NTN scene, so that the communication performance is improved.

In some implementations, a reader device may determine a maximum duration of a D2R transmission based on a synchronization capability of an AIoT device. The reader device may determine a coverage level of the AIoT device based on a signal measurement or proximity detection. The reader may determine a number of repetitions and a corresponding duration of each repetition for a D2R transmission based on at least one of the determined maximum duration of the D2R transmission or the determined coverage level of the AIoT device. The reader may send configuration information to the AIoT indicating the determined number of repetitions and a respective duration for each repetition where each repetition is separated by a time gap. The reader may send an indication message to the AIoT device instructing the AIoT device to perform one or more operations during one or more time gaps between repetitions of the D2R transmission.

Provided in the embodiments of the present application are a communication method and a related apparatus. The method comprises: transmitting first indication information, wherein the first indication information is used for indicating the maximum duration and / or the minimum duration of a first time period, the first time period is a time period between the transmission of a first message by a first apparatus and the reception of a second message from a second apparatus, and the second message is used as a response to the first message; and communicating with a third apparatus within a second time period, wherein the second time period falls within the first time period, the start time of the second time period is later than the end time of the transmission of the first message, and the end time of the second time period is earlier than the start time of the reception of the second message. The embodiments of the present application can reduce the interference from other communications to A-IoT communication, thereby ensuring the communication quality of the A-IoT communication.

The invention discloses a chemical mechanical grinding control method and device, equipment and a storage medium, and the method comprises the steps: obtaining the state information, current task information and next task information of any grinding chamber, determining whether the grinding chamber is in a waiting state or not according to the state information of the grinding chamber, and if the grinding chamber is in the waiting state, determining whether the grinding chamber is in the waiting state; if yes, the maximum duration that the grinding chamber can be in the waiting state is determined according to the current task information and the next task information of the grinding chamber, and when the duration that the grinding chamber is in the waiting state exceeds the maximum duration, task object protection operation is executed, and the task object protection operation is used for protecting a task object of the grinding chamber. Therefore, the problem that the task object in the grinding chamber is excessively corroded due to the fact that the time of the grinding chamber in the waiting state is long can be avoided.

Secure circuitry of an integrated circuit detects a duration of a clock cycle of a crystal oscillator external to the integrated circuit, using a digital ring oscillator internal to the integrated circuit and having a higher frequency than the crystal oscillator. The secure circuitry calculates a variation in the duration of the clock cycle. In response to the duration being greater than a maximum duration limit, the duration being less than a minimum duration limit, and / or the variation being greater than a maximum variation limit, the secure circuitry performs an action.

The present application provides a data transmission method and a related apparatus. The method comprises: determining, by a first apparatus, a time domain resource of first uplink data according to whether a first time period comprises one complete synchronization signal and a physical broadcast channel SSB; sending, by the first apparatus, the first uplink data according to the time domain resource of the first uplink data. A start moment of the first time period is n1+X+t1, an end moment is n1+X+Y1-t2, where n1 is a start moment of the first uplink data, X is a maximum duration of one uplink data transmission, Y1 is a duration occupied by a gap GAP between the first uplink data and second uplink data, t1 and t2 are preparation durations between sending and receiving and between receiving and sending of the first apparatus, respectively, and t1 and t2 are integers greater than or equal to 0. According to the method, the data receiving performance can be improved.

A data transmission method and an apparatus. The method includes: a first apparatus determines a time domain resource of first uplink data based on whether a first time segment includes a complete synchronization signal and physical broadcast channel block (SSB). The first apparatus sends the first uplink data based on the time domain resource of the first uplink data. A start moment of the first time segment is n1+X+t1, an end moment is n1+X+Y1−t2, n1 is a start moment of the first uplink data, X is a maximum duration for one time of uplink data sending, Y1 is a duration occupied by a gap between the first uplink data and second uplink data, t1 is a preparation duration between sending and receiving of the first apparatus, t2 is a preparation duration between receiving and sending of the first apparatus.

In an embodiment, the UE determines a maximum duration that the UE should remain active after a DRX ON period to transmit or / and process one or more reference signals for positioning associated with a positioning session. The UE transmits an indication of the maximum value to the BS. The UE and the BS each selectively transmit and / or process the one or more reference signals (e.g., DL PRS and / or UL SRS-P) based at least in part on the maximum duration.

Orders received by an electronic trading system are processed in batches based on the instrument to which an order relates. An incoming order is assigned to a queue of a queue set that makes up the batch according to a random process. Where orders are received from related trading parties, they are assigned to the same queue set according to their time of receipt. The batch has a random duration within defined minimum and maximum durations and at the end of the batch, the orders held in the queues are transferred to a matching thread of the trading system sequentially with one order being removed from each queue and a number of passes of the queues completed until orders have been removed.

Methods and apparatuses provide real-time or near real-time streaming of content, specified in one or more playlists, using transfer protocols such as an HTTP compliant protocol. In one embodiment, a method can adaptively determine a minimum overlap for an overlap in time between two streams being received concurrently in order to determine when to switch between the two streams, and the minimum overlap can be determined based on connection speed. In another embodiment, a minimum playlist duration can be set as a multiple of a target duration which specifies a maximum duration of a media file specified in a playlist. In another embodiment, a method can enforce a start point for playback at a client device.

Methods and apparatuses provide real-time or near real-time streaming of content, specified in one or more playlists, using transfer protocols such as an HTTP compliant protocol. In one embodiment, a method can adaptively determine a minimum overlap for an overlap in time between two streams being received concurrently in order to determine when to switch between the two streams, and the minimum overlap can be determined based on connection speed. In another embodiment, a minimum playlist duration can be set as a multiple of a target duration which specifies a maximum duration of a media file specified in a playlist. In another embodiment, a method can enforce a start point for playback at a client device.