79 results about "Device register" patented technology

The invention provides a PCIe equipment fault monitoring and dynamic processing method based on intelligent prediction, and the method comprises the steps: obtaining operation parameters from a BMC (baseboard management controller), an operation system and a PCIe equipment register, carrying out the processing and time sequence feature extraction, and inputting a lightweight long short-term memory network LSTM model deployed in the BMC for fault probability prediction. And combining the prediction result and the operation parameters to calculate an equipment health score, and triggering an alarm, bandwidth degradation or hardware isolation operation according to the score. And the hardware isolation module sends a control instruction to the complex programmable logic device CPLD through the IC bus to realize non-interruption power-off isolation of the target equipment. And uploading real-time data to a cloud server through encryption communication, executing fine adjustment of the model, and returning an update weight to realize continuous optimization and version control of the model. The method can be widely applied to computing equipment such as a server, and the availability and the fault-tolerant capability of the system are improved.

The present application provides a method for monitoring and dynamically handling PCIe device faults based on intelligent prediction. The method obtains operating parameters from the baseboard management controller BMC, the operating system, and the PCIe device registers, processes and extracts time series features, and then inputs the parameters into a lightweight long short-term memory network LSTM model deployed in the BMC to predict the probability of faults. The device health score is calculated based on the prediction results and the operating parameters, and alarms, bandwidth degradation, or hardware isolation operations are triggered based on the score. The hardware isolation module sends control instructions to the complex programmable logic device CPLD via the I²C bus to achieve uninterrupted power-off isolation of the target device. Real-time data is uploaded to the cloud server through encrypted communication, and the updated weights are transmitted back after model fine-tuning to achieve continuous optimization and version control of the model. The present invention can be widely used in computing devices such as servers to improve system availability and fault tolerance.

To provide a system that allows an operator to instantly grasp, without wasting time, whether the operator can get to a place where action is needed in time.SOLUTION: An information processing device comprises: a device registration unit that registers information about a device; a target point registration unit that registers a target point; a determination target device registration unit that associates the target point with the device; a positional information acquisition unit that acquires positional information of the device; a passage determination unit that determines whether the device has passed a target point based on the positional information of the device registered as a determination target device among a plurality of devices registered in the device registration unit; and a display processing unit that displays the target point on a map in a state where it is possible to discriminate whether the device has passed through it or not.SELECTED DRAWING: Figure 1

The invention provides an equipment control method and device, computer equipment and a storage medium, and the method comprises the steps: monitoring whether key value information of an equipment register of to-be-controlled equipment is written into a preset data structure defined by a kernel mode program or not by adopting a user mode program when an equipment drive program corresponding to the to-be-controlled equipment runs, and if the key value information of the device register exists in the preset data structure, reading the key value information of the device register by adopting a callback function defined by the kernel mode program, and executing read-write operation on the device register by adopting the callback function according to the key value information of the device register so as to control the to-be-controlled device. Once the user mode program monitors that the key value information exists in the preset data structure, the callback function defined by the kernel mode program completes reading and writing of the device register, and therefore the purposes that the device drive program does not need to be modified, register reading and writing are dynamically achieved, and the debugging cost is reduced are achieved.

The present disclosure relates to a method and an apparatus for providing an Internet of Things (IoT) service in an IoT system supporting a multi-manager service. According to an embodiment of the present disclosure, a method performed by a first device in an IoT system supporting a multi-manager service comprises the steps of: receiving, by the first device, a first message relating to use of a target IoT device from a second device, the first message including first information on the target IoT device registered as a first manager; in response to receiving the first message, transmitting a second message including second information on the first device to the second device; receiving, from the second device, a third message for requesting permission to use the target IoT device; and in response to receiving the third message, transmitting a fourth message including information indicating whether use is permitted.

To provide a program capable of improving convenience.SOLUTION: A program causes a computer as a terminal device to execute: a transmitting step of transmitting terminal identification information as unique identification information given to the terminal device and specifying the terminal device to a server; and an operation accepting step of accepting an operation associated with a home appliance registered associatively with the terminal device when the terminal device is authenticated in authentication processing by the server using the terminal identification information.SELECTED DRAWING: Figure 1

A cross-tenant authentication system is described. The system receives a user token from a client device that is registered with a first tenant of a service application of a server. The system receives a request, from the client device, to access a second feature of a second tenant of the service application. The second feature of the second tenant of the service application is separate from a first feature of the first tenant of the service application. The second feature is only accessible to devices registered with the second tenant of the service application. The system authenticates the request by validating the user token from the client device and determines a cross-tenant policy of the second tenant of the service application based on the user token. The system forms an identity object based on the cross-tenant policy.

The application discloses a processor, a display card, a computer device, a register allocation method and device, and belongs to the technical field of register management. The processor comprises a plurality of registers, a register management unit and a task assembling unit. The register management unit is used for dividing the plurality of registers into at least one configuration block set, each configuration block set in the at least one configuration block set comprising at least one configuration block, and the at least one configuration block comprising at least two registers in the plurality of registers. The task assembling unit is used for allocating a first configuration block set to a first thread group, and the first configuration block set being one of the at least two configuration block sets. The processor allocates register resources in the form of configuration blocks, and can improve the allocation and release efficiency of register resources.

The invention discloses an AGV scheduling method, scheduling equipment, AGV equipment and a storage medium, and the method comprises the steps: a scheduling equipment side creates a map information model based on the topological information of a to-be-scheduled region; under the condition that vehicle body registration messages sent by the multiple AGV devices are received and registration succeeds, a map information model is sent to the multiple AGV devices, and the map information model is used for indicating that the multiple AGV devices have unified attitude information in the to-be-dispatched area. The AGV equipment side receives the map information model sent by the scheduling equipment under the condition that the AGV equipment successfully registers to the scheduling equipment; and carrying out AGV scheduling in the to-be-scheduled area based on the map information model. Therefore, for the multiple brands of AGVs operating in the same area, the unified map information model is created, so that the hybrid scheduling of the multiple brands of AGVs can be compatible, and the operation efficiency of the AGVs is improved.

The invention discloses a high real-time radio frequency simulation architecture and a real-time synchronous control method, an optical fiber reflection memory network based on star topology is composed of an optical fiber reflection memory card and a switch, and real-time data interaction between a digital simulation scene and hardware equipment is achieved; the transmission efficiency is optimized through an instruction and data partition transmission mechanism; the hard synchronization module generates a synchronization pulse signal by using a timer card, and cooperates with a reflection memory interrupt control device for synchronization; the real-time simulation deduction module adopts an ARM + FPGA hardware architecture to operate a real-time Linux system, and executes node parameter analysis, motion platform position / speed / angle / Doppler characteristic calculation and parameter updating; and the main control computer manages register clearing, data writing, instruction issuing and state verification of the equipment. Based on a reflective memory mechanism and a hard synchronization mechanism, high-real-time simulation of a large-scale radio frequency simulation system composed of a digital simulation scene and a hardware object is realized, so that a time-sensitive simulation test is supported.

Systems and methods for providing resilient persistent connections for communications are disclosed. The method includes: identifying, at a first device, a second device registered with a client connection service; obtaining, from the client connection service, a first resource identifier for delivering a request message to the second device via the client connection service; identifying, based on the obtained first resource identifier, a first target resource for a first request message directed to the second device, wherein the first target resource designates a first host included in the client connection service; sending, via a data communication network, the first request message to the first target resource at the client connection service for delivery to the second device by the client connection service; and receiving, via the data communication network, from the client connection service, a first response message provided by the second device as a response to the first request message.

A computing system includes, in part, a host controller and a device controller. The host controller is configured to comply with a connectivity standard and includes, in part, a host protocol layer, a host link layer, and a host register. The device controller is configured to communicate with the host controller in conformity with the connectivity standard. The device controller includes, in part, a device protocol layer, a device link layer, and a device register. In response to the device register being set, the device link layer is inhibited from performing an integrity check on a packet received from the host link layer and using a first cyclic redundancy check (CRC) value of the first packet. The CRC value is computed by and disposed in the first packet by the host link layer.

The invention relates to the technical field of mobile terminal industrial control software, in particular to a controller and a control method which are suitable for offline loading of a configuration graph of a mobile terminal, in-situ obtaining of equipment data and control of equipment, and the controller comprises a driving program and a Web server. Obtaining an offline file of the configuration graph through the server side; accessing the configuration management interface, obtaining the measuring points and corresponding register addresses, and storing the measuring points and the corresponding register addresses in a database; a GetPoint Value method provided by the Web server is called to obtain a numerical value in an equipment register for driving the configuration graphical interface to be refreshed; and the address of the device register needing to be assigned is transmitted to the device driving program by calling a SetPoint Value method provided by the Web server. Through interaction between the drive program integrated in the mobile terminal and the Web server, the situation that the mining off-line configuration graph needs to repeatedly adapt to drive programs of different devices and modify codes of the configuration graph per se when the mining off-line configuration graph obtains the required display data is overcome, and the development efficiency is improved.

An electronic device is provided. The electronic device includes a communication circuitry, memory storing at least one instruction, and at least one processor communicatively coupled to the communication circuitry and the memory, wherein the at least one instruction, when executed by the at least one processor individually or collectively, causes the electronic device to, based on being connected to an access point by using first communication setting information, record the first communication setting information in a blockchain network, and the blockchain network storing information on at least one device registered by the same user account as the electronic device; based on determining an event for connecting to the access point by second communication setting information has occurred, record the second communication setting information in the blockchain network; and based on the recording of the second communication setting information in the blockchain network succeeding, perform connection with the access point by using the second communication setting information.

The invention provides an edge computing load control method and related equipment, and relates to the technical field of edge computing. The method comprises the steps that a first network element sends a subscription request to a second network element, the subscription request is used for subscribing registration information of the edge computing device, and the registration information of the edge computing device is sent when the edge computing device registers to the second network element after being online; in response to the received registration information of the edge computing device, a load control instruction is sent to the edge computing device, and the load control instruction is used for indicating the edge computing device to measure the key index to be measured; and receiving a measurement result of the to-be-measured key index measured by the edge computing device, and performing load control on the edge computing device according to the measurement result of the to-be-measured key index. According to the invention, the mobile network can obtain the load condition of the edge computing equipment in real time, so that the load control strategy can be executed in time.

A method is disclosed wherein a device registers with a Secure Service Edge (SSE) upon VPN client startup to receive a policy configuring the client as a forwarding agent. The policy designates a Domain Name System (DNS) and data packet route. A tunnel is established between an Application Connector (ACA) agent and an Application Connector Gateway (ACG). Upon receiving a data packet via the ACG containing a request with an application destination, the device checks for an existing flow at the ACG. If none exists, the device identifies the ACA in the Application Connector Gateway Group (ACAG), replacing the packet's IP address with the ACA's. The device routes the packet through the tunnel to the identified ACA, which directs it to the application. This method optimizes routing efficiency and ensures seamless connectivity between devices and applications.

An electronic device is provided. The present electronic device comprises: a communication circuit; a memory for storing at least one instruction; and at least one processor communicatively connected to the communication circuit and the memory. The at least one instruction, when executed individually or collectively by the at least one processor, causes the electronic device to: when connected to an access point by using first communication configuration information, record the first communication configuration information in a blockchain network, wherein the blockchain network stores information on at least one device registered using the same user account as the electronic device; when it is determined that an event for connecting to the access point by using second communication configuration information has occurred, record the second communication configuration information in the blockchain network; and when the recording of the second communication configuration information in the blockchain network is successful, perform connection to the access point by using the second communication configuration information.

The application provides a device login method, an electronic device and a system, and relates to the technical field of terminals. In the technical scheme of the application, a first device can log into a third device by means of a second device configured with a display screen, so as to reduce the difficulty of user operation and improve the user experience. The method comprises the following steps: the first device forwards registration information sent by the third device to the second device. The second device registers the third device according to the registration information, and the third device sends login information to the second device after the registration is completed. The first device scans a two-dimensional code displayed by the second device and associated with the login information of the third device, so as to log into the third device.

A customer communications device of a first network operator (H-MVNO) detects a network identifier from an access point of a second network (MNO) indicating that the second network provides access for first network devices in accordance with a sharing agreement. The device registers via the access point of the second network. Authentication and authorization for the device is performed by a first network security entity on behalf second network, with the device using a restricted use first IP address acquired from a DHCP in the second network. The home network (H-MVNO) sets up the session QoS from the home PCF and home SMF toward the visiting network SMF. The visiting network SMF executes the traffic QoS class via the visiting UPF with the device using a second IP address acquired from a DHCP in the second network for user plane data traffic through the second network.

This application can be applicable to the field of the internet of things, and relates to a device registration method, a hub device, and an apparatus. In an example device registration method provided in this application, a hub device may register a target device with the hub device with assistance of first user equipment, and the hub device may register the hub device with a server with assistance of second user equipment. The hub device may register a registered device (which may include the target device that is registered with the hub device) with the server after the hub device registers the hub device with the server.

A system for determining and signaling a location of a client device during an emergency call is provided. A network device through which a client device registered with a software platform connects to access a network may be detected. An operator of the software platform may be prompted to identify a location of the client device. A record may be generated, for the client device, indicating the location and information associated with the network device. An emergency call may be detected from the client device. A current location of the client device may be determined using the record. Information associated with the current location of the client device may be signaled to a public safety answering point with the emergency call.

To make an accounting of a customer for self-service smoother.SOLUTION: A device registers data related to a transaction with a customer based on data received from a first terminal operated by the customer at the sales floor. The device generates a machine-readable code to acquire data related to the transaction with the customer operating the first terminal and data related to an electronic settlement used by the customer. The device displays the machine-readable code on a second terminal used by the customer operating the first terminal in response to a payment instruction from the first terminal. The device acquires data related to the transaction corresponding to the machine-readable code read by the reading part and data related to the electronic settlement on the basis of the machine-readable code, and processes the payment of the settlement amount calculated from the transaction data using the data related to the electronic settlement.SELECTED DRAWING: Figure 3

The invention provides a gesture processing method, electronic equipment and a medium, and relates to the technical field of electronic equipment.The method is applied to the electronic equipment and comprises the steps that a first interface of a first application is displayed, and the electronic equipment is in a gesture navigation mode; in response to a first touch operation on the first interface, a touch event of the first touch operation is sent to a first monitor corresponding to the first area, so that a gesture navigation service in the electronic equipment executes a corresponding navigation function, the electronic equipment registers the first monitor when starting a full-screen gesture function, the first touch operation is a preset gesture navigation operation, and the first touch operation is a preset gesture navigation operation. The touch input position of the gesture navigation operation is in the first area; under the condition of still being in the gesture navigation mode, displaying a second interface of the second application, and emptying part or all of the first area; in response to a second touch operation on the second interface, a touch event of the second touch operation is sent to the second application so that the second application can execute the corresponding service function, the second touch operation is a preset gesture navigation operation, and the touch input position of the second touch operation is in the empty area. The problem of high equipment power consumption caused by the fact that a user sets a system navigation mode as gesture navigation can be solved.

A method for managing a wireless connection of an electronic device, and apparatus for supporting same are provided. The electronic device may comprise a communication circuit, at least one processor, and a memory. The at least one processor is configured to: based on detection of a first event associated with an external device, identify first information relating to Bluetooth usage of the electronic device and second information relating to a wireless network resource state; determine a number of connectable devices, based on the first information and the second information; identify state information of one or more external devices registered in the electronic device; determine a priority of the one or more external devices, based on the state information; determine at least one external device, from among the one or more external devices, as a device to be connected, based on the number of connectable devices and the priority; and control the communication circuit to connect a channel with the at least one external device determined as the device to be connected.

The present disclosure relates to passwordless authentication for access management. An access management system that can provide access to resources through passwordless authentication is disclosed. The access management system can provide multiple layers of security for authentication, taking into account risk factors (e.g., device, location, etc.), to ensure authentication without compromising access. Contextual details of a user of a mobile device can be used to authenticate based on possession of the device. Passwordless authentication of the user can be enabled by registering the device and / or location (e.g., geolocation) as trusted. Secure data, which is embedded with encrypted data, can be sent to a first device in order to passwordlessly authenticate the user on the device. A second device registered to the user can obtain the secure data from the first device. The second device can decrypt the data and send the decrypted data to the access management system for verification, thereby enabling passwordless authentication at the first device.

A method is disclosed wherein a device registers with a Secure Service Edge (SSE) upon VPN client startup to receive a policy configuring the client as a forwarding agent. The policy designates a Domain Name System (DNS) and data packet route. A tunnel is established between an Application Connector (ACA) agent and an Application Connector Gateway (ACG). Upon receiving a data packet via the ACG containing a request with an application destination, the device checks for an existing flow at the ACG. If none exists, the device identifies the ACA in the Application Connector Gateway Group (ACAG), replacing the packet's IP address with the ACA's. The device routes the packet through the tunnel to the identified ACA, which directs it to the application. This method optimizes routing efficiency and ensures seamless connectivity between devices and applications.

The invention relates to a device register access method, an electronic device and a storage medium, and belongs to the field of memories. The method comprises the steps that a write access request from a processor is received, the write access request comprises a register address and a data field, and the data field comprises a memory address and a data length; if the write access request is a special write access request, identifying a real intention of the special write access request; and if the real intention of the special write access request is read access, reading data of which the length is consistent with the data length from a register corresponding to the register address, and storing the read data into a memory corresponding to the memory address. According to the method and the device, the super-long data larger than 8 bytes can be accessed at a time, when multiple registers (for example, larger than 2) with continuous addresses need to be accessed, the registers do not need to be accessed in multiple steps, the multiple registers can be accessed at a time, and therefore the access efficiency can be greatly improved.

A method is disclosed wherein a device registers with a Secure Service Edge (SSE) upon VPN client startup to receive a policy configuring the client as a forwarding agent. The policy designates a Domain Name System (DNS) and data packet route. A tunnel is established between an Application Connector (ACA) agent and an Application Connector Gateway (ACG). Upon receiving a data packet via the ACG containing a request with an application destination, the device checks for an existing flow at the ACG. If none exists, the device identifies the ACA in the Application Connector Gateway Group (ACAG), replacing the packet's IP address with the ACA's. The device routes the packet through the tunnel to the identified ACA, which directs it to the application. This method optimizes routing efficiency and ensures seamless connectivity between devices and applications.

To provide an electronic device, a notification control method, and a program that allow a user to know contents of a notification at an appropriate timing.SOLUTION: At a timing at which a notification for prompting learning is provided (S1), an electronic device acquires position information (S2). If a current position is not in a learning facility (NO in S3) and a user is in a learning state (YES in S4), the electronic device provides a notification for prompting learning (S5). If there is a suspending operation by the user (YES in S6) and when there is an instruction to register the current position as a learning facility (YES in S8), the electronic device registers the current position in a learning facility DB (S9), and then starts suspending a notification (S10). Upon elapse of a predetermined suspension duration (S11), notification interval recalculation is performed (S12), and the processing for the position information acquisition (S2) and the subsequent steps is repeated.SELECTED DRAWING: Figure 3

Provided are a registration device, a search operation device, a data management device, and a computer-readable recording medium. The registration device (500) receives a plaintext, attribute information of a user having a right to refer to the plaintext, and a registration key used when generating a user key used to generate a search query. The registration device generates aggregation information showing one or more aggregation values by aggregating a plurality of attribute values included in the attribute information. The registration device generates generalization information showing a plurality of generalization values for each aggregation value by generalizing each aggregation value included in the aggregation information. The registration device generates ciphertext data including the encrypted plaintext using the plaintext, the attribute information, the generalization information, and the registration key. The registration device registers the ciphertext data in a database.