17 results about "Application time" patented technology

The invention relates to the technical field of information processing, in particular to a method and device for determining a resource return mode, equipment and a storage medium, and is used for solving the problem of low customer experience and operation efficiency caused by single resource return solidification and tedious adjustment process in traditional resource allocation. The method comprises the following steps: acquiring identification information of a resource demand object carried in a service request, and acquiring historical resource use data of the resource demand object from a historical database; according to the historical resource use data, determining a resource application frequency and a quota use level corresponding to the resource demand object; determining at least one resource return mode from the mapping table according to the resource application times and the quota use level; displaying at least one resource returning mode; and in response to an operation of selecting a resource return mode from the at least one resource return mode by the user, taking the resource return mode specified by the operation as a target return mode.

Processing system (100) for executing an artificial intelligence or Al application comprising: a wearable device (110) comprising a first electronic unit (111) and a first battery (112); an electronic mobile terminal (120) connected to the wearable device (110) through a wireless connection (140), said electronic mobile terminal (120) comprising a second electronic unit 121 and a second battery (122); a cloud or edge server (130) connected to the electronic mobile terminal (120) through a telecommunications network (150), said server (130) comprising a third electronic unit 121; wherein the processing system is configured so that, at the first request of execution of the Al application, the Al application is executed by the first electronic unit (111), the second electronic unit (121) and the third electronic unit (131) according to a first predefined computational load distribution, and wherein the second electronic unit (121) is programmed for executing, after the first execution of the Al application, a Reinforcement Learning (RL) agent configured for determining at least one second distribution of the computational load on the basis of wearable device state data, electronic mobile terminal state data, server state data, wireless connection state and telecommunication network state data so as to minimize the energy consumption of the first battery maintaining an end-to-end latency smaller than the application time.

The application discloses a kind of plunger pump shell and base simulation test method, device and electronic equipment.Therein, the method includes: obtaining the plunger pump corresponding plunger pump model, wherein the plunger pump model includes multiple weld sub-models;Obtain the load application time and load application type determined in advance;Based on load application time and load application type, plunger pump model is simulated and tested, and multiple weld sub-models respectively corresponding stress value are obtained;Based on multiple weld sub-models respectively corresponding stress value, the simulation test result of the shell and base of plunger pump is determined.The present application solves the technical problems of poor test result accuracy and poor product quality reliability caused by the incomplete plunger pump test in the related art.

The invention discloses a communication method and device, which are favorable for reducing the probability of unpacking errors of data packets and improving the transmission performance. The method comprises the following steps: a first RAN node indicates an application moment of a first compression mode and / or a first quantization bit width to a second RAN node through first information, so that the second RAN node can apply the first compression mode and / or the first quantization bit width at the application moment according to the indication of the first RAN node, the first RAN node also applies the first compression scheme and / or the first quantization bit width at the application time, so that the first RAN node and the second RAN node align the application of the first compression scheme and / or the first quantization bit width to the same time (application time).

This invention proposes a method, device, and readable storage medium for testing the time consistency of digital therapy applications. Addressing the issues of the inability to simulate the time effects of real devices and the lack of clinical constraint verification in long-term digital therapy testing, this method parses configuration information to obtain a set of time attributes for treatment tasks; constructs a virtual timeline engine to run an independent simulated clock, using acceleration factors and superimposed clock drift to simulate time base deviation; employs system API hooks and middleware proxies to construct a transparent proxy layer, intercepting and redirecting the clock interface to achieve decoupled injection of the simulated clock and the absolute reference clock; and synchronously collects application-aware timestamps and real timestamps of trigger events during operation, automatically verifying time consistency based on clinical time-series constraint rules. This invention is primarily used for reliability verification and compliance certification of time-sensitive medical digital therapy software.

A mobile crowd sensing task allocation method based on confusion privacy protection, an MCS platform discloses a set of sensing tasks; a user maintains a location application times statistics table and a total application times counter locally, determines the utility of a task issued by the platform, randomly samples the task set based on the utility using a differential privacy exponential mechanism, obtains a sampling probability of each task, and determines an initial application task; the user disturbs the real distance of the initial application task using a Laplace mechanism to obtain a disturbed distance, and submits pre-application information to the platform; the platform aggregates all the pre-application information of the users, counts and discloses the number of applicants of each task; the user determines the expected income of the application task, selects the task with the maximum expected income, and performs distance disturbance using the same Laplace mechanism as in the pre-application stage to obtain a disturbed distance, and the MCS platform completes task allocation and determines the payment amount according to the disturbed information submitted by the user.

A wireless communication method includes receiving, by a communication device, signaling including information to be used for one or more of a handover of the communication device from a serving cell to a target or candidate cell, or communication between the communication device and the target or candidate cell, and performing, by the communication device, an action using the information. In one embodiment, performing the action includes applying the information to start from a specific time or performing communication using the information.

Embodiments of the present disclosure relate to methods, devices and computer readable media for communication. A network device determines an application time for a beam of a repeater device and a SCS associated with the application time, and determines time domain resource allocation information indicating the application time based on the determined SCS. The network device transmits, to the repeater device, the time domain resource allocation information and indication information regarding the indicating of the application time. In this way, an application time for a beam of a NCR may be efficiently indicated.

The invention provides a working duration approval method and a storage medium, relates to the technical field of data processing, and is used for solving the technical problem of how to approve the working duration of outsourcing personnel. The method comprises the steps that in response to a man-hour application request received from a man-hour application system, task execution duration data of outsourcing personnel and attendance data of the outsourcing personnel in a preset work period are obtained, and the task execution duration data are used for indicating the work duration of the outsourcing personnel executing a distributed task in the preset work period; the man-hour application request comprises a target application man-hour, and the target application man-hour is a working duration applied by the outsourcing personnel in a preset working period. And based on the task execution data and the attendance data, updating an application state of the man-hour application request, and carrying out business circulation corresponding to the application state to complete approval of the man-hour application request.

Certain aspects of the present disclosure relate to wireless communications, and more particularly, to techniques for determining when to apply downlink control information (DCI)-based updates. A method that may be performed by a user equipment (UE) includes receiving a downlink control information (DCI) indicating an update to be applied to at least one of an uplink (UL) transmission or a downlink (DL) transmission, determining an application time for applying the update based, at least in part, on a slot where an acknowledgement (ACK) was transmitted, and applying the update in accordance with the determined application time.

The embodiment of the present disclosure discloses a thread resource application method, a processor, a computer device and a chip, wherein the method is applied to the processor, the processor comprises an application configuration module, a resource application module and a resource management module, and the method comprises the following steps: the resource application module obtains the resource application times corresponding to a thread from the application configuration module; the resource application times are determined according to the task type corresponding to the thread; the resource application module sends a resource allocation request to the resource management module according to the resource application times; the resource allocation request is used to request the resource management module to allocate a storage space for the thread from a memory. According to the embodiment of the present disclosure, the resource allocation for the thread can be more flexible according to the resource application times, and then the resource utilization requirement and the parallelism requirement of the thread can be flexibly adapted, and the task requirement in different business scenarios can be better met.

1. The name of the design product: parameter setting graphical user interface for electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content of the graphical user interface in the electronic device. 4. The picture or photo that best indicates the design points: interface change state diagram 1. 5. The use of the graphical user interface: the present graphical user interface is used for user to manage energy system, view the parameter setting information of the energy system, and select to switch the operation mode. 6. The human-computer interaction mode of the graphical user interface: the main view is the homepage interface of energy monitoring and management, the user clicks to trigger the "parameter setting" option icon in the main view, the interface is switched to interface change state diagram 1, the user clicks to trigger the "switch mode" option icon in interface change state diagram 1, the interface is switched to interface change state diagram 2, the user can select the operation mode and the operation mode application time in the interface, the user clicks to trigger the "confirm" option button in interface change state diagram 2, the interface is switched to interface change state diagram 3, the user clicks to trigger the "confirm" option button in the interface, and the switching of the operation mode can be completed. "XX" in the interface represents the text content.

The invention discloses a resource management method and device, equipment, a medium and a product, and relates to the technical field of computers. The method comprises the following steps: receiving a resource application request, wherein the resource application request is used for requesting to allocate primitive block index resources for a target primitive block; under the condition that no primitive block index resource can be allocated, a first primitive block index resource is determined from a first state list, the allocated primitive block index resources are recorded in the first state list, and the primitive block index resources recorded in the first state list are sequenced according to the sequence of application time; the first primitive block index resource is the primitive block index resource applied earliest in the first state list; releasing the first primitive block index resource; and distributing the primitive block index resource for the target primitive block under the condition that the release of the first primitive block index resource is completed.

The invention discloses an application period management and control method and system based on a capability atlas and a storage medium, and the method comprises the steps: constructing a function level capability atlas for a target application, the capability atlas being a directed graph structure, function nodes being used for representing function entries of the target application perceptible by a user, and function nodes being used for representing function entries of the target application perceptible by the user; the relationship edge is used for representing a dependency relationship between the mutually connected functional nodes; obtaining a function level management and control strategy which is pre-configured by the configuration end equipment and is bound with the function node through the cloud server; performing code instrumentation at the function entrance so as to check whether the function is in the capability graph or not when the function of the target application is called, and if yes, triggering token verification; when the verification is passed, allowing function execution and updating the token state; and when the verification is not passed, executing a degradation processing strategy corresponding to the function level management and control strategy. According to the application, refined and auditing intelligent management and control of specific functions in the application can be realized.

A method performed by a repeater node for beam management is provided. The method includes determining a reference time slot associated with a repeater-MT. The reference slot is determined based on a receive slot (n) and a slot offset (k), both of which are configured according to a repeater-MT subcarrier spacing (SCS). The receive slot (n) may indicate when the repeater node receives downlink control information (DCI) carrying an aperiodic beam indication from the network node. The method also includes determining an application time for the aperiodic beam indication, where the application time is determined based on a transition of a reference slot associated with the repeater-MT to a corresponding slot associated with the repeater-FWD, the corresponding slot being configured according to the repeater-FWD SCS. The aperiodic beam indication is applied at the repeater-FWD according to the application time.

Certain aspects of the present disclosure provide techniques for techniques for determining when to perform medium access control (MAC) control element (CE) (MAC-CE) triggered actions across multiple user equipments (UEs). A method includes receiving a MAC-CE comprising an indication to perform one or more actions and an indication of an absolute application time; and based on receiving the MAC-CE, perform the one or more actions at the absolute application time.