191 results about "Command response" patented technology

The invention discloses a micro-grid layered stability control method and system, and relates to the technical field of micro-grid control. Periodic data and instruction signals of upper and lower layer control links of a micro-grid are collected, and reverse adjustment delay amount and an idle stroke deviation value during period switching are calculated; processing to obtain a period difference index and a collaborative adaptation index containing an impact coefficient; analyzing a time sequence action relationship between the period difference index and a micro-grid adjusting link, and calculating a connection deviation coefficient of a control rhythm by counting lagging frequency and amplitude of instruction response; potential problems of a micro-grid control link can be found in advance, stable operation time is prolonged through strategy adjustment when the instability risk is low, maintenance is conducted in time before the risk rises, power failure accidents caused by layered control mismatch are reduced, and the operation stability and reliability of the micro-grid are improved especially for the micro-grid with the high new energy proportion and large fluctuation.

A non-terrestrial radio network node may configure user equipment with conditional handover period information and conditional handover configuration information. During establishment of a connection to facilitate delivery of non-terrestrial traffic, the non-terrestrial node may configure a user equipment with an assigned conditional handover profile indication corresponding to the non-terrestrial traffic. Upon determining to suspend delivery of the non-terrestrial traffic during a network energy saving mode, the non-terrestrial node may transmit a conditional handover command, responsive to which the user equipment may determine, based on the assigned conditional handover profile indication and the conditional handover configuration information, a target terrestrial radio network node and may transmit a connection establishment request thereto. Responsive to a connection transfer request transmitted by the target terrestrial node, the non-terrestrial node may transmit session context information corresponding to the non-terrestrial traffic that the target node may use to facilitate delivery thereof during the conditional handover period.

A vehicular multi-location synergic remote calibration method and system is provided. The vehicular multi-location synergic remote calibration system includes: a server, configured to store a calibration database and receive and store a calibration signal from a responder; a requester, configured to invoke the calibration signal from the server to read a calibration signal value; and / or, send a calibration signal write command to the server and send to the server a command for reading the written calibration signal; a responder, configured to send the calibration signal to the server, and further configured to receive a written target value from the server and complete vehicular online calibration.

A non-terrestrial radio network node may configure user equipment with conditional handover period information and conditional handover configuration information. During establishment of a connection to facilitate delivery of non-terrestrial traffic, the non-terrestrial node may configure a user equipment with an assigned conditional handover profile indication corresponding to the non-terrestrial traffic. Upon determining to suspend delivery of the non-terrestrial traffic during a network energy saving mode, the non-terrestrial node may transmit a conditional handover command, responsive to which the user equipment may determine, based on the assigned conditional handover profile indication and the conditional handover configuration information, a target terrestrial radio network node and may transmit a connection establishment request thereto. Responsive to a connection transfer request transmitted by the target terrestrial node, the non-terrestrial node may transmit session context information corresponding to the non-terrestrial traffic that the target node may use to facilitate delivery thereof during the conditional handover period.

Example systems and methods for data migration in memory systems are disclosed. One example method includes receiving, by a memory controller of a memory system, a command comprising a first logical address and a second logical address. In response to the command, a correspondence of data to the second logical address is established based on a correspondence of the data to the first logical address. The first logical address is deallocated based on the command.

A method and system quantifies and manages a steering command response delay for an autonomous vehicle. The system enables the method to determine a lag time between issuing a control command and an angle at which the command is implemented for a plurality of predetermined vehicle speeds. For each of a plurality of predetermined vehicle speeds, a predetermined number of lag times is averaged. The average lag time is weighted, wherein a more current lag time has a higher weight than a less current lag time. The average time lag is used to improve the response of the vehicle and detect health issues of the vehicle steering system.

A method includes: receiving, by a computing device of a first vehicle, a command from a host device; in response to receiving the command, storing a new device secret in memory; generating, by the computing device using the new device secret, a triple comprising an identifier, a certificate, and a public key; and sending, by the computing device, the triple to a second vehicle, where the second vehicle is configured to verify an identity of the first vehicle using the triple.

Disclosed herein are system, apparatus, article of manufacture, method and / or computer program product embodiments, and / or combinations and sub-combinations thereof, for an application pre-launch system. An example embodiment operates by detecting a user interaction associated with launching an app configured to operate on a computing device. A first launch command is provided to a server associated with the app. The first launch command is configured to instruct the server to begin loading application data for the app into a cache. Application code of the app is executed, wherein the application code is configured to provide a second launch command to the server. The application data is received from the cache responsive to the second launch command. The app is launched on the computing device using the application data received from the cache. After the launching, the app is configured to receive a user command.

The invention belongs to the technical field of wireless communication, and discloses a dispatching information sending method of a bird repelling command and monitoring system based on millimeter waves, and the dispatching information sending method of the bird repelling command and monitoring system based on the millimeter waves comprises the following specific steps: S1, establishing a millimeter wave communication topological structure and node capability mapping; s2, generating a task priority identifier and a bird repelling demand model; s3, executing channel state sensing and available path prediction; s4, executing beam directional control and path construction; s5, executing a frequency spectrum and time slot joint scheduling strategy; s6, scheduling information packaging and link-level forwarding; and S7, the bird repelling module responds to the instruction and feeds back the instruction. According to the invention, by constructing a task priority driven scheduling mechanism, the problems of scheduling congestion and resource waste caused by task indifference processing in a traditional bird repelling system are effectively solved; by introducing a priority weighting function and a task level mapping mode, the system can dynamically judge a task processing sequence when facing a plurality of concurrent bird repelling tasks.

Methods, systems, and devices for a debug interface between a host system and a memory system are described. The memory system may receive, from the host system, a first command triggering debug logging at the memory system. In response to the first command, the memory system may store debugging information in a debug log for a specific set of commands. For example, the debugging information stored by the memory system may be associated with one or more parameters indicated by the first command. The memory system may receive a second command, from the host system, requesting a portion of information from the debug log. The portion of information may include performance data, error information, or the like stored in the debug log (e.g., in response to the first command). The memory system may send the requested portion of information to the host system in response to the second command.

Methods, systems, and products for dynamically routing I / O commands includes receiving an input / output (I / O) command targeting a destination target, selecting, from a plurality of paths to the destination target, a path based on power consumption and a command response time associated with the path, and processing the I / O command on the selected path.

This invention discloses a control method and monitoring system based on a planned curve. The method includes: the monitoring system periodically issuing control commands to the controlled system based on the planned curve; the monitoring system receiving and collecting feedback from the controlled system in real time of the control rate, control target value, and actual electrical quantity values; the monitoring system monitoring in real time whether the planned curve is updated and whether the automatic control mode is engaged; in response to the planned curve update or the engagement of the automatic control mode, calculating the remaining adjustment time window and determining whether it is permissible to issue a temporary control command; in response to the permission to issue a temporary control command, determining whether there is an expected adjustment deviation; and in response to the existence of the expected adjustment deviation, determining the temporary control command and issuing it to the controlled system. This invention achieves immediate response of the control system after the planned curve is updated, automatic following after the planned curve is engaged, and post-adjustment of deviations in the control process, thereby improving the real-time performance and reliability of the planned curve control system's adjustment response.

Embodiments of the present disclosure provide an electronic system and an operating method thereof, a computing storage system, and a host. The electronic system includes a host and a computing storage system coupled with the host. The computing storage system includes a controller. The host is configured to send a first command. The controller is configured to receive the first command, and obtain information related to time required by the computing storage system to execute each program in response to the first command. The host is configured to perform program execution related task allocation according to the information related to time required by the computing storage system to execute each program.

Example systems and methods for data migration in a storage system are disclosed. One example method includes receiving, by a memory controller of a storage system, a command including a first logical address and a second logical address. In response to the command, a relative relationship between the data and the second logical address is established based on a correspondence between the data and the first logical address. The first logical address is reassigned based on the command.

Embodiments of the invention generally relate to systems and methods for extending command orchestration through address mapping. An apparatus for processing commands to manage non-volatile memory includes a controller configured to obtain address information from a command, read an entry of a metadata table based on the address information, and determine whether a metadata page corresponding to the address information is being processed by the controller based on the entry of the metadata table. In response to determining that the metadata page corresponding to the address information is being processed, the controller determines a processing state of the metadata page among a plurality of processing states based on the entry of the metadata table and processes the command according to the processing state of the first metadata page. In response to determining that the metadata page corresponding to first address information is not being processed, the controller reads the metadata page from the non-volatile memory based on the entry of the metadata table.

This utility model relates to a timer switch with categorized timing functionality, aiming to solve the technical shortcomings of existing single timer switches, which suffer from cumbersome user operations and inability to quickly switch between different timing schemes due to rigid timing configuration management when adapting to different loads or application scenarios. This utility model's timer switch features innovative improvements in hardware structure. Through the coordinated operation of its internal data management mechanism and user command response mechanism, it achieves categorized storage and one-click overall switching of multiple independent timing schemes. Users only need a simple selection operation to quickly switch the timer switch between different preset working modes, greatly improving its adaptability to multiple loads and application scenarios, enhancing user experience, and avoiding the hassle of repeatedly modifying specific timing parameters.

The invention discloses a drop-out fuse field maintenance self-opening system based on infrared control, and belongs to the technical field of electrical equipment maintenance assistance. According to the method, an infrared receiving module, an instruction verification unit and a local control link are integrated, a worker sends an opening instruction through an infrared remote controller on site, a fuse electromagnetic driving mechanism is triggered to execute opening operation, and the problems that in traditional manual falling operation, equipment needs to be in close contact, safety is low, and operation difficulty is large are solved. The infrared instruction response time is less than or equal to 20ms, the opening operation success rate is greater than or equal to 99%, fuse opening can be rapidly realized in an electrified or power-off maintenance scene, and the safety and efficiency of field maintenance are remarkably improved.

A method of operating a non-volatile memory device includes receiving a suspend command at the non-volatile memory device, suspending a programming operation being performed at the non-volatile memory device in response to the suspend command, receiving a resume command at the non-volatile memory device, and resuming the suspended programming operation at the non-volatile memory device in response to the resume command. The programming operation includes programming cycles, each of the programming cycles including a bit line set interval, a program interval, and a verify interval. A level of a program voltage to be applied to selected memory cells of the non-volatile memory device is increased by a first voltage in the program interval of each of the programming cycles. A difference between a level of a program voltage last applied before the suspension and a level of a program voltage first applied after the resume is different from the first voltage.

Embodiments of the present disclosure provide a solution for ambient Internet of Things (IoT) device. In a solution, a first communication device such as an ambient IoT device determines whether at least one condition for updating location information of a second communication device is satisfied based on at least one of: context information or identifier information of the second communication device, capability of the first communication device, a received command message associated with the second communication device, a received message indicating the location information update, or a failure of receiving, from the second communication device, a command response of a command request. If the at least one condition is satisfied, the first communication device transmits, to the second communication device, a request for updating the location information of the second communication device; and receives a response of the request, the response comprising updated location information of the second communication device.

The disclosure discloses a storage controller, a memory management method, and a storage device, the memory management method including: identifying a current power mode of a host system; obtaining a target command from a command queue; in response to determining that the target command is used to enable a write booster mode, determining whether the power mode is a highest level; in response to determining that the power mode is the highest level, determining whether a cache block currently in use is a physical block of a triple-level cell type; in response to determining that the cache block currently in use belongs to the triple-level cell type, freezing the cache block of the triple-level cell type; using a physical block of a single-level cell type as a new cache block to write cache data; and enabling the write booster mode, and sending an enabling completed response.

This invention provides a control device and system for a neurostimulator. The device includes: an operation instruction generation unit configured to acquire operations performed by a target object and generate corresponding operation signals based on the operations; a control unit configured to generate corresponding internal control commands or external stimulation state control commands based on the type of the operation signals and the operating state of the control device, and send the stimulation state control commands to the neurostimulator so that the neurostimulator can parse the operation type in the stimulation state control commands and adjust the stimulation output state in conjunction with the current stimulation output state; the control unit is further configured to acquire stimulation state control command response information fed back by the neurostimulator, the stimulation state control command response information including the adjusted stimulation output state. By implementing this invention, the state switching of the pulse output state of the neurostimulator can be realized through a single operation instruction generation unit, allowing users and patients to perform various operations on the control device by only learning a few simple operations, which is convenient and quick.

The present application discloses a method and device for responding to voice commands, a storage medium, and an electronic device, and relates to the field of smart home technology. The method for responding to voice commands includes: when receiving voice control information, sending the voice control information to a set voice server for voice recognition, and determining a waiting time according to a network level of current network quality; if a first voice recognition control instruction fed back by the set voice server is received within the waiting time, responding to the first voice recognition control instruction; if the first voice recognition control instruction fed back by the set voice server is not received within the waiting time, recognizing the voice control information based on a preset voice recognition model, obtaining and responding to a second voice recognition control instruction.

Systems, methods, and other embodiments associated with generative Al assistance that is integrated into a command line interface (CLI) to a cloud platform are described. In one embodiment, an example method includes intercepting, in a command line interface to a cloud platform, a malformed command to the cloud platform. The method records the malformed command in a conversation history and passes the malformed command to the cloud platform to execute. The method intercepts a response to the malformed command that was returned from the cloud platform to the command line interface. The method passes the response to a generative artificial intelligence model to initiate generation of an enhanced response that includes a correction to the malformed command based at least in part on the response and context from the conversation history. And, the method presents the enhanced response in the command line interface.

Methods, apparatuses, and systems for managing storage devices are provided. In one aspect, a storage system can include a storage device and a memory controller coupled to the storage device. The memory controller is configured to perform operations including receiving a first read command indicating to read first data associated with a first logical address; in response to receiving a second read command indicating to read the first data associated with the first logical address, storing the first data in a buffer of the memory controller, wherein the first data remains in the buffer after the second read command completes; and in response to receiving a third read command indicating to read the first data associated with the first logical address, sending the first data from the buffer.

A storage device includes a memory device and a storage controller including a security management module to manage security data of the storage device. The security management module includes a security manager to receive a command related to the security data, determine a current security mode of the storage device in response to receiving the command, and control access to the security data based on the current security mode. The current security mode includes one of a first security mode in which the security manager allows access to the security data, a second security mode in which the security manager allows limited access to the security data, and a third security mode in which the security manager prevents access to the security data.

A system includes memory having a bank area and a channel area. The system further includes control circuitry to receive a command to access the memory. Responsive to receiving the command to access the memory, the control circuitry can provide a bank strobe signal for accessing memory in the bank area and at least two channel strobe signals for accessing memory in the channel area. The channel strobe signal may process a smaller amount of data than that processed by the bank strobe signal.

Garbage collection and IO command cooperative processing of large-granularity FTL table storage equipment is provided, after a first storage command indicating write operation is received, a command type corresponding to the first storage command is identified, and the command type comprises a common storage command and a GC storage command; in response to the first storage command being a common storage command, performing hit detection and continuity detection on the first storage command to process the first storage command; and in response to the first storage command being a GC storage command, performing hit detection on the first storage command without performing continuity detection so as to process the first storage command. According to the method and the device, the command type to which the received storage command belongs is identified, and the storage command is processed by adopting a proper mode based on the command type, so that the cooperative processing of the GC storage command and the storage command generated based on the IO command can be ensured.

The present disclosure relates to a method for operating a scanner in a non-face-to-face manner, and the method may comprise the steps of: transmitting, to one or more user terminals, information about a page for instructing about starting of a scan for at least one book; determining whether a command instructing to start the scan is received from the user terminals; in response to a determination that the command instructing to start the scan has been received, instructing one or more scanners to wait for a first execution; while the scanners are waiting for the first execution, determining whether feeding of first sheet into the scanners for a first book from among the at least one book is performed; and in response to a determination that the feeding of the first sheet has been performed, instructing the scanners to start a first scan with respect to the feeding of the first sheet.

A vehicular multi-location synergic remote calibration method and system is provided. The vehicular multi-location synergic remote calibration system includes: a server, configured to store a calibration database and receive and store a calibration signal from a responder; a requester, configured to invoke the calibration signal from the server to read a calibration signal value; and / or, send a calibration signal write command to the server and send to the server a command for reading the written calibration signal; a responder, configured to send the calibration signal to the server, and further configured to receive a written target value from the server and complete vehicular online calibration.

Methods, systems, and devices for wireless communications are described. A user equipment (UE) operating as an intermediate node in an ambient Internet-of-Things (IoT) deployment may receive an indication of a resource allocation for the UE to transmit an inventory response message or a command response message, or both, for an ambient IoT procedure. The UE may transmit a trigger message to one or more ambient IoT devices to obtain feedback information for the ambient IoT procedure. The UE may transmit, via the resource allocation, the inventory response message or the command response message, or both, to a network entity based at least in part on the feedback information for the ambient IoT procedure.