732 results about "Operation mode" patented technology

This application provides a communication method and apparatus for reducing energy consumption while maintaining normal communication of a network apparatus. In the method, a terminal apparatus obtains operation mode information of a network apparatus, where an operation mode of the network apparatus includes one of a first operation mode or a second operation mode, and the first operation mode and the second operation mode belong to a same radio access technology. In the first operation mode, a transmission resource for a synchronization signal of the network apparatus has lower overheads or supports fewer functions. Alternatively, an access procedure in the first operation mode is different from an access procedure in the second operation mode. Based on the operation mode information, the terminal apparatus performs communication with the network apparatus by using the configuration information in one of the first operation mode and the second operation mode.

When an EMLSR-active non-AP MLD receives, over a first one of its EMLSR links, a first initial control frame from the EMLSR capable AP MLD that does not explicitly trigger it, the non-AP MLD remains in the EMLSR listening operation mode, hence requiring an additional initial control frame to be sent to initiate a frame exchange with the AP MLD. Embodiments of the invention save the cost of this additional frame by requiring the non-AP MLD to switch, responsive to the receiving of the first frame, its EMLSR co-affiliated STA corresponding to the first link from the listening operation state to a disabled frame exchange state, and the other EMLSR co-affiliated STA corresponding to another link of its EMLSR links from the listening operation state to an enabled frame exchange state. The other EMLSR co-affiliated STA is ready to directly receive frames from the AP MLD.

An operation mode from a plurality of operation modes can be determined (310) based on at least one traffic type originated from a UE. The plurality of operation modes can include at least one group operation mode and an individual operation mode. The at least one group operation mode can support a plurality of UEs grouped into a group of UEs. The at least one group operation mode can support at least one network entity communicating associated messages with the group of UEs including the UE. The associated messages can be associated with the group of UEs. A network entity can be informed (320) of the determined operation mode.

A method and an apparatus for determining an operation mode, a device, and a storage medium are provided. The method includes: determining first information, where the first information is at least one of position information and positioning error information of a target terminal; and determining at least one first operation mode based on the first information, where the first operation mode is associated with at least one of the following: a first beam direction of a reflected signal or a refracted signal of a first device; a beamforming mode of a reflected signal or a refracted signal of a first device; and a polarization mode of a reflected signal or a refracted signal of a first device.

Methods and systems for detecting anomalous software behavior by monitoring frequency spectrums emanating from an electronic device are provided. A method includes storing frequency spectrum profiles for software applications and operational modes on the device. During execution of a software application, the real-time emanating frequency spectrum is measured and compared to the stored spectrum profile for that application and operational mode. Deviations between the real-time and reference spectrums indicate anomalous behavior from unknown software executing. The device determines a deviation exists and performs remedial actions like alerting the user, disconnecting from the network, shutting down, or switching application execution to another device. Frequency profiles are measured for new applications installed and stored to keep the data updated. Monitoring real-time frequency spectrums emanating from a device provides a computationally lightweight technique for detecting malicious software behavior without requiring complex analysis of application code.

The invention discloses a system function execution method and device, and relates to the technical field of servers, the method comprises the steps that a first configuration interface of a control system of a server is displayed, a first tab is displayed on the first configuration interface, and the first tab is used for configuring an operation mode configuration item of a processor of the server; in response to a confirmation operation triggered on the first configuration interface, storing an option value of a first tab on the first configuration interface; detecting the configuration state of the option value of the first tab in the starting process of the server; when it is detected that the configuration state is the target state, an adjusting function is executed through the control system in the running process of the processor, and the adjusting function is used for adjusting the running frequency of the processor. Through the method and the device, the technical effect of improving the operation flexibility of the processor of the server is achieved.

The invention relates to an intelligent control method, system and device for an automobile seat and a medium, and belongs to the field of automobile seat adjustment control. The intelligent control method comprises the steps that a control instruction data packet from a mobile terminal is received and converted into a vehicle CAN bus protocol data frame; analyzing an operation mode identifier in a vehicle CAN bus protocol data frame, and matching a corresponding target attitude parameter set; based on the real-time temperature data in the vehicle, dynamic compensation calculation is executed on the target attitude parameter set, and an after-compensation execution instruction set is generated; a motor control signal is sent to a seat executing mechanism; calculating a deviation value between the feedback signal data and the compensated execution instruction set, and if any deviation value exceeds a preset deviation threshold value, generating a mechanism calibration instruction; and acquiring final execution state data of the seat execution mechanism, and feeding back the final execution state data to the mobile terminal. Intelligent seat adjustment based on real-time feedback can be achieved, and it is ensured that a driver obtains the best comfortable experience in different scenes.

The invention relates to a system starting method and device based on a UKEY, equipment and a storage medium, and the method comprises the steps: verifying the operation environment of the UKEY when it is detected that the UKEY is triggered to be powered on and started; if the running environment of the UKEY passes the verification, performing multiple rounds of verification on a firmware program in the UKEY; and if the firmware program passes multiple rounds of verification, controlling the UKEY to enter an operation mode so as to enable a user to enter an operation system. Through the method, after the running environment of the UKEY passes the verification, the firmware program in the UKEY is subjected to multiple rounds of verification, an unauthorized user is prevented from entering a system through the UKEY by using a tampered, forged or implanted malicious program, if the firmware program passes the multiple rounds of verification, the UKEY enters the running mode, the user can enter an operating system or use an application program, and the user experience is improved. The safe starting of the operating system or the application program is realized, and the running safety of the operating system or the application program is improved.

The invention belongs to the technical field of electronic measuring instruments, and particularly relates to an output protection method of a source meter, which comprises the following steps of: configuring an operation mode of a digital controller; executing closed-loop control of the main regulator; the arbiter continuously monitors the output state, and intelligently arbitrates and switches the main regulator, the clamping regulator and the output channel according to the measurement feedback value, the clamping threshold value and the over-limit threshold value, thereby achieving the precise clamping and over-limit protection of the output. By adopting the technical scheme, the flexibility, refined protection and adaptability of source table output control can be remarkably improved, the hardware cost is reduced, and the system reliability is improved.

The invention discloses a surgical instrument automatic scheduling method, system and terminal based on pre-operation scheduling, and the method comprises the steps: obtaining pre-operation scheduling information which comprises an operation style, an operator, a time period and inter-operation scheduling; a standard instrument set template is obtained according to the operation mode, historical instrument use behavior data of the operator is obtained, and the historical use behavior data is used for dynamically correcting the standard instrument set template to obtain a personalized template; acquiring instrument inventory information in the time period, and intelligently scoring the standard instrument package template and the personalized template according to the instrument inventory information and the recommendation model to obtain a target template; obtaining a scheduling task list according to the target template, the operation style, the time period and the inter-operation arrangement; and inputting the scheduling task list into an automatic transfer system, generating a route task package, and packaging, delivering and delivering the instruments according to the route task package and the scheduling instruction. According to the method, the instrument set is automatically generated and optimized, and the surgical instrument configuration efficiency is remarkably improved.

The invention relates to the technical field of communication equipment operation and maintenance, in particular to a serial port equipment firmware upgrading method and system. The serial port equipment firmware upgrading method comprises the steps that an upgrading task instruction issued by a remote management platform is received, and after equipment identity verification and upgrading file integrity verification are executed, system protection measures are started; creating a security isolation sandbox environment, forbidding a high-risk function module in a script execution environment, and defining addressing parameters of target serial port equipment; standard scripts are loaded, and serial port read-write, file operation and state reporting type security interaction interfaces are injected; calling a mode switching function of the standardized script, so that the serial port equipment is switched to a firmware upgrading mode from an operation mode; cyclically calling a data transmission function of the standardized script to transmit firmware data in blocks, and synchronously implementing timeout monitoring; and after upgrading is completed or abnormal interruption occurs, the security isolation sandbox environment is destroyed, the original business is recovered, and an upgrading result is reported to the remote management platform.

A server delay control device that is set up in a kernel space of an OS and started as a thread to use a polling model to monitor an arriving packet, wherein the thread has operation modes of a sleep control mode in which the thread is put to sleep and a constantly busy poll mode in which the thread is kept constantly busy polling, and the server delay control device includes a traffic frequency measurement unit that measures traffic inflow frequency, and a mode switching control unit that switches an operation mode of the thread between the sleep control mode and the constantly busy poll mode, on the basis of the traffic inflow frequency measured by the traffic frequency measurement unit.

The invention provides a computer performance dynamic adjusting system and method based on user operation behaviors, and relates to the technical field of computers. Comprising an event capture module, an operation semantic association module, a system resource optimization module and an adaptive correction module. The event capturing module obtains user operation data and generates an operation event sequence with a timestamp. The operation semantic association module is used for matching an operation event and an operation mode through a nonlinear time axis, and generating a resource demand vector in combination with a window focus and a process stack calling relationship. And the system resource optimization module selects a resource allocation scheme with the lowest power consumption on the basis of an ant colony algorithm under the condition that response time constraints are met, and reallocates resources. And the adaptive correction module adjusts the matching weight of the operation mode by comparing the deviation between the actual response time and the expected response time, and feeds back a corrected matching threshold. The system can dynamically adjust computer performance, improve response speed and reduce power consumption.

One embodiment illustrated herein includes a hardware system for simulating a network physical layer for communication channels. The hardware system includes a plurality of hardware processors configurable to model a network physical layer and communication channels. The hardware processors include an opcode processing unit. The hardware processors further include a programmable state machine coupled to the opcode processing unit. The programmable state machine is configured to be programmed by the opcode processing unit using a low-level hardware programming language comprising opcodes having waveform processing specific semantics so as to configure the state machine for specific waveforms or specific network physical layer characteristics.

Disclosed is a method for link operation mode switching. The method is performed by a first device, and at least two links are established between the first device and a second device, the first device being an non-AP multi-link device, and the second device being an AP multi-link device. The method includes: receiving link operation mode switch information sent by the second device, where the link operation mode switch information is used for instructing at least one non-AP multi-link device to switch a link operation mode of a first link, the first link being one of the at least two links; and switching, according to the link operation mode switch information, the link operation mode of the first link between the first device and the second device in a case where the first device belongs to the at least one non-AP multi-link device.

The present disclosure generally relates to managing communications. In some examples, a computer system prompts a user to confirm sending a communication based on a determination that the communication is being sent to an external device that is operating in a particular mode of operation.

The invention discloses a new energy equipment intelligent operation and maintenance management system based on the Internet of Things, particularly relates to the field of equipment intelligent operation and maintenance, and is used for solving the problem that equipment operation control strategy offset is difficult to automatically repair in the prior art. A track extraction module is used for collecting control instructions in the operation process, and a two-dimensional behavior track matrix is constructed; establishing a corresponding relation between a disturbance factor and a behavior track through a disturbance mapping module; judging whether the control path is separated from the original operation mode or not after the disturbance is finished through an offset identification module; when track offset is detected, calling an inertial recognition module to extract an evolution trend of a tail section track; a model training module constructs an offset identification model, and judges whether the control system has reference memory offset or not; and finally, the parameter rollback operation is executed through the reset maintenance module, the control state is automatically restored, and the operation and maintenance efficiency and the system stability of the new energy equipment can be remarkably improved.

One or more embodiments of the invention relate to the technical field of power Internet of Things application, in particular to a low-voltage line management and control method and system with a self-healing function. The system comprises a state sensing module which is used for obtaining power state parameters of a power distribution network comprising two paths of incoming lines and two sections of buses; the logic judgment module is used for sending a spare power automatic switching execution instruction to the control execution module based on a preset spare power automatic switching starting condition when it is detected that any one of the two sections of buses loses voltage and the dynamic parameters of the power distribution network meet the spare power automatic switching starting condition, so as to execute a spare power automatic switching transfer flow; and the control execution module executes a spare power automatic switching transfer flow according to the spare power automatic switching execution instruction sent by the logic judgment module, and the spare power automatic switching transfer flow comprises the step of sending an operation instruction to each circuit breaker according to a preset sequential control mode when the power distribution network meets the preset sequential control mode so as to automatically switch the operation mode of power supply.

A request-response based paravirtualized I / O system and method relating to the fields of virtualization and cloud computing includes a request-response application, a front-end drive module and a back-end drive module. The front-end drive module and the back-end drive module interact by means of a transmit queue and a receive queue. The request-response application generates an I / O request, and the front-end drive module writes the I / O request into the transmit queue. The system has two operating modes: a notification mode and a polling mode. The system operates by default in the notification mode. When the request-response application issues a connection establishment or service request, the system switches to the polling mode. This system and method introduce an optimistic polling mechanism, combine the advantages of the notification mode and the polling mode, reduce the number of VM exits and decrease wasting of computing resources, thus improving data path performance.

A control method employed by a wireless fidelity (Wi-Fi) multi-link device (MLD) includes: in response to gaining access of a first link at a first time point through channel contention, enabling a multi-link coherent operation mode on the first link for performing frame exchange process on the first link by using N spatial streams, wherein N is a positive integer not smaller than 2; and in response to gaining access of a second link at a second time point through channel contention, blocking the multi-link coherent operation mode from being enabled on the second link, wherein performance of the second link is lower than performance of the first link.

Systems and methods for operating a satellite equipped with a base station include: indicating, to a user equipment "UE" attempting to connect to the satellite, that the satellite supports both: (i) direct transfer; and (ii) store and forward "S&F" modes of operation; receiving, from the UE, a set of data comprising an indication of which mode of operation the satellite should use to transmit the set of data; and based on the mode of operation indicated by the UE, either: (a) transmitting the set of data to one of: a second satellite; or a ground station; or (b) storing the set of data in a data storage and transmitting the set of data to the ground station at a later point in time.

This prevents the system from inferring that the setting has been changed. [Solution] The performance control means executes a first performance related to a specific benefit when a specific benefit is granted, does not execute the first performance when a specific benefit is not granted in response to being operated in a second operation mode, does not execute the first performance when the stop switch is operated in a second operation mode in a non-advantageous section and a specific benefit is granted in the next game, does not execute the first performance, may execute a second performance when the stop switch is operated in a second operation mode in a non-advantageous section, may execute a second performance when the stop switch is operated in a second operation mode in an advantage section, and performs performances through multiple layers including a first layer and a second layer different from the first layer, the first performance and the second performance are different performances and are executed on layers different from the first performance and the second performance.

Systems and methods for operating a microgrid may include a plurality of microgrid power supply assets of a microgrid, where microgrid power supply assets include a first microgrid power supply asset of a first type and a second microgrid power supply asset different from the first type, and a microgrid controller communicably coupled to the plurality of microgrid power supply assets, and configured to control supply of power from one or more of the plurality of microgrid power supply assets to one or more loads of the microgrid. The microgrid controller may receive, via a human machine interface (HMI), a sequence of operations in which to control power supply to the microgrid; determine an operating mode in which to supply power to the load(s), according to the sequence of operations; and control one or more interfaces according to the operating mode, to control the supply of power to the load(s).

This prevents the system from inferring that the setting has been changed. [Solution] The performance control means executes a first performance related to a specific benefit when a specific benefit is granted, does not execute the first performance when a specific benefit is not granted as a result of the operation in the second operation mode, does not execute the first performance when the stop switch is operated in the second operation mode during a non-advantageous section and a specific benefit is granted in the next game, performs performances through multiple layers including a first layer and a second layer which is a higher layer than the first layer, executes the first performance in the first layer and executes a second performance which is different from the first performance in the second layer, and makes the execution timing of the first performance and the execution timing of the second performance different.

A method performed by a wireless terminal operating in Multi-Radio Dual Connectivity (MR-DC) and configured with a first cell group associated with a first network node and a second cell group associated with a second network node and a wireless terminal is provided. The method includes monitoring conditions and events for indicating that an operating mode of the second cell group should be modified. The method includes transmitting an indication to a network requesting a modification for the operating mode of the second cell group responsive to the monitoring indicating the operating mode of the second cell group should be modified. The method includes receiving a command from the network to change the operating mode of the second cell group. The method includes responsive to receiving the command, applying the command and start operating the second cell group in the indicated operating mode.

A monitoring apparatus configured to monitor a network device that is a management target of a device management service, wherein software is executed that operates in different operation modes according to a usage format, compares a version of a license agreement related to the update and linked to the current usage format for the monitoring apparatus with the current version of the license agreement in the case in which an update related to the software is necessary, and in the case in which the versions are the same, performs the update related to the software.

The present application provides a HARQ process allocation method and apparatus, a base station and a storage medium. The HARQ process allocation method may include: receiving first information reported by user equipment, the first information being configured to indicate whether the user equipment needs to enter an energy-saving mode, operation modes of the user equipment including the energy-saving mode and a normal mode, and the power consumption in the energy-saving mode of the user equipment being lower than that in the normal mode of the user equipment; according to the first information, determining a first target number of HARQ processes configured for the user equipment; and issuing to the user equipment the first target number.

A computing system for functional integration with a distributed power grid having one or more inverters. The computing system includes processing device(s) to control operation of an inverter by executing a feedback controller with a grid-tied line, of the distributed power grid, treated as a plant and including a unified algebraic control system operating based on a pair of closed-loop variables carried in closed-loop signals of the unified algebraic control system. The processing device(s) control, using the feedback controller, transitions of the inverter between a plurality of operating modes by adjusting a magnitude of the closed-loop signals, which correspond to the pair of closed-loop variables, towards a setpoint of a plurality of setpoints. Each setpoint corresponds to a different operating mode of the plurality of operating modes.

A unified timing closure system for the simultaneous synthesis of multi-mode clock trees in a system-on-chip architecture, comprising: a timing convergence processor configured to perform simultaneous analysis and optimization of clock distribution paths across a variety of operating modes and process voltage-temperature operating conditions, wherein the timing convergence processor maintains a unified timing graph that correlates all clock sinks with multiple mode vectors representing setup and hold relationships under different conditions; a multitude of distributed computer scaling units distributed across physically distinct sub-areas of the system-on-chip architecture, each distributed computer scaling unit being configured to determine local delay scaling factors corresponding to process variations, voltage fluctuations, and temperature gradients in its respective sub-area, and dynamically adjust the delay buffer characteristics, link impedance, and driver strength in response to the local scaling factors; a clock offset synchronization unit coupled with the timing convergence processor and the numerous distributed clock scaling units, wherein the clock offset synchronization unit is configured to monitor and minimize insertion delay differences between multiple clock sinks by dynamically adjusting capacitive loads and buffer driver strengths throughout the clock network to maintain uniform propagation characteristics across all modes; a multi-mode synchronization processor that is operationally linked to the timing convergence processor and is configured to harmonize clock arrival times across the operating modes of function, test, and power saving by mapping all mode-specific constraints into a unified timing domain, and to correct inter-mode skew divergence by iteratively adjusting clock path latencies; a distributed timing communication interface that establishes a hierarchical interconnection network between the timing convergence processor and the multiple distributed corner scaling units, wherein the distributed timing communication interface is configured to exchange real-time timing information, delay deviation metrics, and control instructions via a synchronized token-based communication protocol; and A physical time-matching circuit consisting of tunable delay lines, programmable capacitive elements and temperature-compensated bias transistors, physically embedded in the clock distribution network, wherein the physical time-matching circuit receives adaptive control signals from the time convergence processor and adjusts local propagation characteristics to achieve time completion simultaneously across all operating modes and process boundaries.

The invention relates to the technical field of air conditioners, in particular to an air conditioner control method and device, an air conditioner and a storage medium. The communication state of a fresh air valve is adjusted according to at least one of a current operation mode, target set parameters and current outdoor air parameters; according to the method, the fresh air valve and the operation mode of the air conditioner are adaptively adjusted, after the fresh air valve is opened, the operation mode of the air conditioner is switched in combination with at least one of the current operation mode, the target set parameters, the current outdoor air parameters and the current indoor air parameters, and the use requirement of a user is met. The use experience of the user using the air conditioner is improved, and the technical problem that in the prior art, when the air conditioner is automatically controlled, only one-dimensional data control is considered, and the use experience of the user is not high is solved.