11 results about "Minimum time" patented technology

Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a user equipment (UE) may communicate, with a network node, a first set of one or more messages according to a minimum time offset between a control message and a data message. The UE may transmit a communication status report in association with one or more conditions, associated with communications at the UE, being satisfied. The UE may communicate, with the network node, a second set of one or more messages according to an updated minimum time offset in association with transmitting the communication status report. Numerous other aspects are described.

The present invention relates to a method and apparatus for transmitting messages. A method for transmitting a message onto a time sensitive network, wherein the method comprises: receiving a message on a plurality of different channels; determining a frame time required to transmit a first received message from a first channel onto the network. If the frame time is greater than a predetermined maximum time period, maxInterferenceTime, permitted to transmit a single message within the network, then determining a minimum time, waitTime, until a second message on a second channel can become available for transmission. If the waitTime is greater than or equal to the difference between the frame time and the maxInterferenceTime, then transmitting the first message.

This invention discloses a dual-channel event-triggered unmanned surface vessel (USV) control method with minimum time interval, belonging to the field of USV control technology. To address the communication redundancy problem between USVs and between the controller and actuators, this invention establishes the assumptions of a dual-channel event-triggered USV control method with minimum time interval. Each USV is divided into follower and leader, and the motion dynamics equations for each USV are established. A weighted graph is constructed for the communication topology between USVs. Then, based on the definition of convex hull and the Laplace matrix, an event-triggered position observer with minimum time interval constraints is designed for each USV. An event-triggered tracking controller with minimum time interval is designed for the follower. This invention can significantly reduce the overall system requirement for expensive sensors and reduce the design and implementation costs of multi-USV systems.

The invention provides a task scheduling method and device, electronic equipment, a storage medium and a program product, and relates to the technical field of computers. According to the method, a task scheduling table of a plurality of periodic tasks is determined, the task scheduling table comprises task scheduling moments of the periodic tasks, and then a time interval between two task scheduling moments after the current task scheduling moment is determined according to the task scheduling moments in the task scheduling table; the time interval is preloaded to the task timer, and the plurality of periodic tasks are scheduled based on the task timer, so that the periodic tasks can be independently maintained through the task scheduling table, and task scheduling can be performed by triggering interruption according to the task scheduling time in the task scheduling table, namely the task timer can trigger interruption according to the time interval. Interrupt processing does not need to be carried out according to the minimum time slice, and the CPU load can be effectively reduced.

This application provides a resource reservation method and terminal device, relating to the field of wireless communication technology. When reserving resources using a random resource selection method, this application selects candidate resources from a resource pool according to preset conditions. These conditions include: the time interval between two consecutive resource reservations using the random resource selection method is a preset time interval; or, the time interval between two consecutive resource reservations using the random resource selection method is greater than a preset minimum time interval; or, the priority of the candidate resource selected using the random resource selection method is a preset priority. Information transmission is then performed based on the candidate resources. This can reduce the probability of collisions between resources randomly selected and reserved by a terminal device that cannot perceive the resource and resources reserved by a terminal device that can perceive the resource.

This application relates to the field of computers and discloses an application runtime management method, apparatus, electronic device, and computer-readable storage medium, comprising: when a target application runs alone on a server, gradually applying pressure to the server's memory using chaosblade; recording the available memory of the server corresponding to the pressure, and the response time of the target application corresponding to the pressure; determining whether the response time exceeds a preset response time; if the target response time exceeds the preset response time, determining the target available memory as the minimum memory required for the target application to run; the target response time is the shortest time exceeding the preset response time among response times, and the target available memory is the available memory corresponding to the response time preceding the target response time; allocating the minimum memory to the target application to ensure its normal operation. This application can determine the minimum memory required for the target application to run, ensuring its normal operation.

The memory simulation test vector generation method, apparatus, device, and medium provided in this disclosure include: generating an initial simulation test vector based on the memory's operating state, a first proportional information of the memory in an active state, a second proportional information of the memory in a disabled state, a third proportional information of the memory executing each instruction in an active state, and a fourth proportional information of the memory executing each instruction in a disabled state; determining a first actual instruction time interval and a second actual instruction time interval according to an instruction interval formula table; determining the test instruction time interval corresponding to two non-adjacent instructions in the initial simulation test vector; and compensating the instruction time interval corresponding to two non-adjacent instructions in the initial simulation test vector according to the second actual instruction time interval and the test instruction time interval. This ensures that the actual instruction time interval between two adjacent and non-adjacent test instructions in the simulation test vector meets the minimum time interval limit set by the memory.

Methods, systems, and devices for wireless communications are described. A user equipment (UE) may transmit a capability report indicating a capability to support at least a first minimum time gap and a second minimum time gap for physical downlink control channel (PDCCH) monitoring. The UE may receive configuration information that is indicative of a plurality of low power-wakeup signal (LP-WUS) occasions and a plurality of PDCCH monitoring windows. The UE may receive a LP-WUS during a first LP-WUS occasion of the plurality of LP-WUS occasions, and the LP-WUS may be indicative that the UE is to monitor a first PDCCH monitoring window of the plurality of PDCCH monitoring windows, where a time gap between the first LP-WUS occasion and the first PDCCH monitoring window satisfies one of the first minimum time gap or the second minimum time gap. The UE may perform PDCCH monitoring during the first PDCCH monitoring window.

The invention relates to the technical field of task scheduling and reinforcement learning, and particularly provides an emergency task scheduling method based on multi-server collaboration in a computing network environment, which comprises the following steps of: taking'enabling a task to be completed before a deadline with minimum time delay and energy consumption 'as an optimization target; a self-adaptive threshold collaborative unloading algorithm is adopted to enable tasks to be collaboratively unloaded among multiple servers; when an emergency task needing to be scheduled preferentially exists, a scheduling algorithm based on double-end queue task stealing is adopted, and the emergency task is ensured to be executed preferentially by enabling the emergency task to steal an execution sequence and resources of a conventional task; and after the tasks are stolen, recovering the execution sequence and resources of the stolen conventional tasks by adopting a multi-server-based task stealing method.

Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a user equipment (UE) may communicate, with a network node, a first set of one or more messages according to a minimum time offset between a control message and a data message. The UE may transmit a communication status report in association with one or more conditions, associated with communications at the UE, being satisfied. The UE may communicate, with the network node, a second set of one or more messages according to an updated minimum time offset in association with transmitting the communication status report. Numerous other aspects are described.

Methods, systems, and devices for wireless communications are described. A user equipment (UE) may transmit a capability report indicating a capability to support at least a first minimum time gap and a second minimum time gap for physical downlink control channel (PDCCH) monitoring. The UE may receive configuration information that is indicative of a plurality of low power-wakeup signal (LP-WUS) occasions and a plurality of PDCCH monitoring windows. The UE may receive a LP-WUS during a first LP-WUS occasion of the plurality of LP-WUS occasions, and the LP-WUS may be indicative that the UE is to monitor a first PDCCH monitoring window of the plurality of PDCCH monitoring windows, where a time gap between the first LP-WUS occasion and the first PDCCH monitoring window satisfies one of the first minimum time gap or the second minimum time gap. The UE may perform PDCCH monitoring during the first PDCCH monitoring window.