252 results about "Remote computer" patented technology

The invention provides an intelligent barn automatic inspection system and method, and relates to the technical field of intelligent inspection, the system comprises an inspection robot, a 5G communication transmission module and a remote computer, the inspection robot comprises an environment sensing module for generating and updating an environment map and identifying obstacle information; the autonomous navigation control module comprises a path planning unit for generating an inspection path and performing local path adjustment; the obstacle avoidance unit is used for generating an obstacle avoidance strategy; the motion control unit controls the movement of the inspection robot; the data acquisition module is used for acquiring information in the granary; the data processing and analyzing module is used for processing and analyzing the collected multi-source data and outputting a monitoring report and early warning information; wherein the 5G communication transmission module is connected with the inspection robot and the remote computer, and is used for transmitting data output by each module in the inspection robot and receiving an instruction sent by the remote computer. According to the invention, real-time sensing, intelligent obstacle avoidance and autonomous inspection of the granary environment are realized.

Methods, systems, and apparatus, including medium-encoded computer program products for loading and rendering include: obtaining a 3D spatial access tree data structure encoding location information for objects in a 3D model of an environment, wherein the 3D model is stored on a remote computer system; ranking a set of the objects in the 3D model to form an object hierarchy based at least on distances between each object of the set of objects and a specified viewpoint for a user within the environment, as determined using the three-dimensional spatial access tree data structure; selecting a proper subset of the set of objects to be rendered based on the object hierarchy and a current model load limit; downloading the proper subset to the local memory; and rendering the proper subset from the local memory to the display device based on the specified viewpoint within the environment for the user.

A method for authentication tunneling is described. The method includes transmitting an authentication prompt to a client machine via an encrypted channel between a first authenticator application running on the remote machine and a second authenticator application running on the client machine. The authentication prompt may be associated with accessing resources via an identity management system. The method may further include receiving, from the client machine via the encrypted channel, a first authentication response comprising user verification data, an identifier of the client machine, and a first digital signature of the second authenticator application. The method may further include generating, by the first authenticator application running on the remote machine, a second authentication response comprising the user verification data, the identifier of the client machine, an identifier of the remote machine, the first digital signature, and a second digital signature of the first authenticator application.

A computer-implemented method for replicating a log to a remote computer system is disclosed. The method involves identifying a log comprising a data portion and a metadata portion for replication. The data portion is sent to the remote computer system using a Remote Direct Memory Access (RDMA) write operation, while the metadata portion is sent using a first RDMA send operation after the data portion has been sent. The method further includes identifying a second RDMA send operation received from the remote computer system, which indicates the completion of the first RDMA send operation. Based on identifying the second RDMA send operation, the method determines the completion of log replication to the remote computer system. This method enables efficient and reliable replication of logs in a computer system.

The present disclosure generally relates to a monitoring device (100) for remotely monitoring health of a young livestock animal (10), the device (100) comprising: an elongated body (110) within predefined dimensional limits; and a set of electronic components housed within the elongated body (110), the electronic components comprising: a temperature sensor for measuring body temperature of the young livestock animal (10); a computer processor for processing the measured temperature into temperature data; and a wireless communications component for transmitting the temperature data to a remote computer device (210) for processing to monitor the health of the young livestock animal (10), wherein the predefined dimensional limits of the elongated body (110) enable the monitoring device (100) to be orally administrable into the young livestock animal (10) and to remain inside its stomach (12) without being excreted.

Investigation systems and methods can investigate a target host computer. A reference computer investigation of the reference host computer can be performed by the investigation system sending at least one investigative module to a reference host computer, and the at least one investigative module performing the at least one investigative function and returning reference investigation data. A target computer investigation of the target host computer can be performed by the investigation system sending the at least one investigative module to the target host computer, and the at least one investigative module performing the at least one investigative function and returning comparison investigation data. A reference data fingerprint of the reference investigation data is compared to a comparison data fingerprint of the comparison investigation data to determine if the reference and comparison data fingerprints are identical.

An example method of displaying windows in a remote desktop system, includes: obtaining, by a remote desktop client executing on a local computer having a local operating system (OS), information relating a first window to a first virtual desktop generated by the local OS; sending the information from the remote desktop client to a remote desktop server; setting, by the remote desktop server, a tag in a remote window object representing a remote window that corresponds to the first window based on the information, the remote window generated by a remote OS on a remote computer; receiving, at the remote desktop client, at least a portion of the remote window object including the tag; and displaying, by the remote desktop client in cooperation with the local OS based on the tag, the first window on the first virtual desktop.

A line monitoring system includes a plurality of sensor nodes fixed along at least one line. Each of the sensor nodes includes an instrument that generates sensor data indicating a motion, rotation, position, temperature, or deformation of the line, and includes a transceiver that transmits the sensor data from the instrument. The system also includes a remote computer that indicates the sensor data to a user, where the sensor data from each of the sensor nodes is synchronized.

The invention discloses a method for rapidly detecting OverHang of a positive electrode and a negative electrode of a laminated battery, and relates to the technical field of laminated battery detection.The method comprises the steps that a micro-focus X-ray tube is properly modified, and an electron beam deflection system is installed; the electron beam deflection system realizes electron beam deflection scanning by controlling the current of a deflection magnetic field coil by a remote computer through a communication serial port; the laminated battery is positioned in a reference coordinate system of the detection platform through the clamping tool, it is ensured that the angular position of the battery and the relative position of the X-ray source are kept consistent during detection each time, the X-ray source and the detector are relatively fixed, and multi-angle projection is achieved through electron beam deflection. According to the method for rapidly detecting the OverHang of the positive electrode and the negative electrode of the laminated battery and the method for controlling the deflection of the electron beam to generate the multi-view projection X-ray by the change of the electromagnetic field, a multi-view two-dimensional picture of the laminated battery is obtained, the OverHang data of the laminated battery can be conveniently and rapidly obtained without a complex CT (Computed Tomography) method, and the method has high application value.

The invention discloses a voice control-based augmented reality precise transcranial magnetic stimulation system, which comprises augmented reality equipment, a voice recognition and control module and transcranial magnetic stimulation TMS equipment, and is characterized in that a magnetic resonance structure image of a tested head is projected to a real head, precise intracranial intervention sites are visualized, precise placement of a TMS coil is guided online, and the accuracy of the TMS coil is improved. The accuracy of transcranial magnetic stimulation is effectively improved, and the TMS equipment can be controlled through voice to switch a preset stimulation target, a stimulation mode, stimulation duration and the like according to a testee; the operation platform is transferred from a far-end computer screen to a tested actual head, a transcranial magnetic stimulation practitioner only needs to place a coil according to a visual model, the operation difficulty is greatly reduced, dependence on expensive and non-portable existing neural navigation hardware is reduced, and the transcranial magnetic stimulation system has the advantages of being easy and convenient to operate, portable, movable, low in cost, easy to popularize and suitable for popularization and application. And the use efficiency and the application range of the TMS equipment are greatly improved.

Access control may involve receiving a request from a computing device of a user for access to data available through a computer system, where at least some of the data is stored locally in the computer system. Access control may further involve identifying one or more tags associated with the data, each tag including a metadata label characterizing the data. One or more data governance policies can be determined as being applicable to the request based on the identified tags and further based on one or more attributes of the request. The one or more data governance policies can be applied to derive filtered data for output to the user's computing device in response to the request. In some implementations, the computer system includes a cloud-based datastore and is configured to automatically assign or recommend tags for incoming data from remote computer systems.

The invention discloses a pollutant monitoring system and method guided by turbulence degree of a flow field of a clean room, and aims to solve the problem that the existing monitoring technology lacks self-adaption and active tracking capability. The invention provides an innovative solution aiming at the defects that a fixed point position sensor has a blind area and a robot cannot deal with the change of a dynamic flow field during fixed inspection. The system comprises a mobile robot and a set of calculation and control system with a hierarchical data processing architecture. The remote computer is responsible for complex flow field analysis and decision making, the local industrial personal computer processes original data and executes bottom layer control, the load of the robot is effectively reduced, and efficient, stable and intelligent data transmission is achieved. The core of the method is an intelligent collaborative algorithm guided by the turbulence degree of the flow field. When the system detects that the flow field is disordered, the robot can start headwind search for rapid positioning, then seamlessly switches to disorder degree gradient tracking for accurate tracking, and finally the pollution source is locked. According to the cooperative mechanism of rough positioning and accurate tracking, the hysteresis problem of a traditional method is effectively solved, monitoring is changed from a passive mode to an active mode, and the real-time performance and the accuracy of clean room pollutant monitoring are greatly improved.

Disclosed are systems, methods, and techniques for purchasing and activating a decoupled gift card. A system can include: a first gift card component of a first type having a first identifier, a second gift card component of a second type separate from the first component and having a second identifier, the second component being configured to attach to the first component to form a decoupled gift card purchasable during a checkout process, a point of sale (POS) terminal that scans the first and second identifiers during checkout, and a remote computer system that can activate the decoupled gift card while the checkout process is performed. The remote system can receive the scanned identifiers, identify a gift card number corresponding to the first scanned identifier, identify an access token corresponding to the second scanned identifier, and associate the gift card number with the access token to activate the decoupled gift card.

Methods, systems, and apparatus, including medium-encoded computer program products, for loading and rendering comprising: obtaining a 3D spatial access tree data structure encoding location information about objects in a 3D model of an environment, where the 3D model is stored on a remote computer system; ranking a set of objects in the 3D model to form an object hierarchy based at least on a distance between each object in the set of objects as determined using the three-dimensional space access tree data structure and a specified perspective of a user within the environment; selecting an appropriate subset of the set of objects to render based on the object hierarchy and a current model load limit; downloading the appropriate subset to a local memory; and rendering the appropriate subset from the local memory to the display device based on the specified perspective of the user within the environment.

The utility model relates to a sturgeon positioning communication device, which comprises a transmitting end, a receiving end and a remote computer, and is characterized in that a power supply, a power supply conditioning module, a transmitting end central processing unit, a transmitting end signal processing module and a transmitting end ultrasonic probe module are arranged in the transmitting end; a power supply, a power supply conditioning module, a receiving end ultrasonic probe module, a receiving end signal processing module, a receiving end central processing unit and a Lora sending module are arranged in the receiving end, and a Lora receiving module and a PC host are arranged in the remote computer. According to the communication device for sturgeon positioning, data are received in real time through the multiple receiving ends and forwarded to the remote server through the Lora sending module, and the functions of communication, positioning, fish school quantity analysis and the like of sturgeons in the water area position are achieved.

In one aspect, a method of classifying a computer object as malware includes receiving at a base computer data about a computer object from each of plural remote computers on which the object or similar objects are stored. The data about the computer object received from the plural computers is compared in the base computer. The computer object is classified as malware on the basis of said comparison. In one embodiment, the data about the computer object includes one or more of: executable instructions contained within or constituted by the object; the size of the object; the name of the object; the logical storage location or path of the object on the respective remote computers; the vendor of the object; the software product and version associated with the object; and, events initiated by or involving the object when the object is created, configured or runs on the respective remote computers.

A pet access control system according to various aspects of the present technology may comprise a door unit interoperable with a security panel holder. The door unit covers a passage through a structure, such as through the wall or door of a building. The door unit may include a connector that may be mounted on a legacy security panel holder or a dedicated mounting system for the door unit. The door unit may operate in conjunction with a pet identification system to automatically identify and grant access only to authorized pets. In various embodiments, the door unit may be controlled remotely, such as via a web browser on a remote computer or an app running on a smartphone.

The invention relates to a visual on-load voltage regulation tap switch control system, device and medium, which comprises a single chip microcomputer control circuit, the single chip microcomputer control circuit is connected with a signal processing circuit and a power supply circuit, and the signal processing circuit is connected with a voltage zero cross detection circuit, a voltage sensor and a data acquisition unit. The voltage zero-cross detection circuit, the voltage sensor, the data acquisition unit and the power supply circuit are all connected with the isolation reduction transformer, and the isolation reduction transformer is connected with the low-voltage side voltage of the distribution transformer; the single-chip microcomputer control circuit is further connected with a switch position sensor, a communication circuit, a switch drive circuit and a thyristor trigger circuit. The communication circuit is in communication connection with a remote computer through an RS485. The method has the advantages of realizing automatic voltage regulation conversion, stabilizing voltage, accurately setting visual parameters and realizing non-impact voltage regulation.

The invention belongs to the technical field of remote machine room management, and particularly relates to a machine room remote control method and system based on data processing, and the method comprises the steps: enabling a server to be built into a virtual server at a remote control center through management units, collecting all operation data and environment data of the server in each management unit, and transmitting the data to a corresponding control center; the method comprises the following steps: establishing a corresponding operation state of a virtual server according to various operation data, establishing a virtual machine room of the server in a management unit according to environment data, performing server remote control by a control center based on the operation state of the virtual server, and performing machine room environment remote control through the environment data in the machine room. The technical problems that due to the fact that the number of edge servers is large, the distribution range is wide, equipment management and maintenance personnel are difficult to inspect, and when edge server equipment breaks down, information cannot be obtained in time, and corresponding processing cannot be conducted in time are solved.

A system for monitoring pavement infrastructure includes an edge network enabled sensor-enabled geogrid embedded within the pavement infrastructure, a microcontroller configured to receive signals from the sensor-enabled geogrid, and a communication network for transmitting the received signals from the microcontroller to a computer network. The sensor-enabled geogrid provides real-time data on the condition of the pavement, enabling efficient monitoring and maintenance. The microcontroller processes the signals from the geogrid, and the communication network facilitates the transmission of this data to a remote computer network for analysis and decision-making. This system enhances the ability to monitor pavement conditions, potentially improving maintenance strategies and extending the lifecycle of pavement infrastructure.

The present application discloses a comprehensive meteorological detection device for a highway and a detection method thereof, including: a plurality of meteorological test units, a remote computer and a cloud server arranged on the highway. The meteorological test unit is used to transmit and calculate meteorological test data; the remote computer is used to issue test instructions to the meteorological test units at both ends; the cloud server is used to receive the test data of the entire test link composed of multiple meteorological test units, and analyze and calculate the final meteorological results. The present application can quickly, comprehensively and accurately understand the comprehensive meteorological conditions along the highway, realize quantitative testing of meteorological weather such as rainfall, snowfall, fog or haze, and solve the deficiency that the existing image recognition software is difficult to realize quantitative recognition. It is able to transmit data or commands from one end of the link to the other end, and only needs to configure a wireless modem in the endpoint unit to connect to the Internet of Things, so as to realize the uploading of test data and the issuance of commands such as test maintenance, with low cost.

A system including one or more processors is provided. The one or more processors can present a user interface including a prompt for feedback of performance of an application. The one or more processors can select a set of options based on a state of the application. The one or more processors can present the set of options on the user interface. The one or more processors can receive a selection of one or more options of the set of options. The one or more processors can transmit the selection of the one or more options to a remote computer.

A system for data capture and storage comprising: a data capture device taken from the group consisting of blood pressure device, thermometer, pulse sensor, scale and glucose meter; a local computer system in communication with the data capture device; a set of local computer readable instructions configured for receiving data from the data capture device, display the data capture device in a user-friendly format, determine if there is an electronic communications link and if so, transmit the data to a remote computer system, retrieve data from the remote computer system and display a combination of the data frohe data capture device and the remote computer system to the user.

In a general aspect, a cloud-based control platform remotely controls variable settings on a remotely-controlled system. In some aspects, the platform maintains a database of data objects for assets, and the data objects include static and dynamic hyperparameters associated with the asset and a template that specifies values of a variable associated with the asset for future time points. The platform updates a template for a data object by calculating target values for the variable for the future time points based on a target criterion, communicating with remote computer systems to determine current values of the dynamic hyperparameters, calculating scaled values for the future time points by applying a determined ratio to the target values, adjusting the scaled values based on the static hyperparameters, applying an override value to the adjusted scaled values. The remotely-controlled system is updated according to the updated template at each of the future time points.

In some examples, a remote computer system includes a memory, a network interface, one or more processors operatively coupled to the memory, and a network interface. The one or more processors can execute instructions stored in the memory to cause the one or more processors to obtain, from a remote computer device and via the network interface, a token generation request, an authentication token associated with an application, and a context identifier, determine a user account using the authentication token, generate a user token, store in the memory a mapping of the user token to the user account in a mapping data structure, and send the user token to the remote computer device via the network interface.

One or more unmanned or remotely controlled flying devices (a / k / a “drones”) are utilized as part of a parking management system to capture images and / or video for the purposes of recognizing vehicles located in parking (or no parking) locations. The image data is relayed to a remote computing system that can be is programmed to specifically identify a vehicle based upon its license plate and / or and unique characteristics of the vehicle (Handicap Placard, Parking Stickers, Make, Model, Color, Registration Stickers, etc.). This information is used to determine if the vehicle has the appropriate credentials to be parked at its location and to assess any parking charges and / or fines for violations. Images from satellites can be used to determine locations to image with the drones.

Providing interactive software-development links via user interfaces, based on remotely retrieved information from remote computer networks without requiring users to transition between websites within the user interfaces may be facilitated. In some embodiments, an Application Programming Interface (API) may be provided that is configured to receive one or more commands from a first server and a second server. The system may receive via a monitoring-function installed on a client device, a first message from the first server to update a source code file stored in a software-version controlled repository. The system may determine from the first message, a source code file identifier. The system may then receive, via the monitoring-function, a second message from the second server indicating an update associated with a software-development automation service platform. The system may determine, from the second message, a feature update characteristic and may display a message comprising the source code file identifier and the feature update characteristic.

Title: Method for Communicating with a Remote Computer from a Local Computer The invention relates to a method for communicating with a remote computer (3000) from a local computer (1000) comprising a local processor (1600) using a device (2000). It includes storage in a memory (2500) of the device of a mobile operating system comprising a public encryption key and a connection of the device to the local computer. The device includes a mobile communication module (2100) configured to receive and decrypt data encrypted using the public encryption key and to send encrypted data after it has been encrypted using the public encryption key.The process includes running the mobile operating system on the local computer, sending synchronized mobile files from the local computer to the remote computer, and receiving synchronized remote files from the remote computer. Figure for the abstract: Fig. 1.

Aspects of the present disclosure enable a system with limited computing resources to remotely perform security testing of a large number of host devices. These host devices may be included as part of a single networked computing environment or may be distributed among multiple networked computing environments. The networked computing environments may be associated with a single entity or multiple entities. The system can allocate its limited computing resources among the host devices based on a type of security testing and the amount of host devices to be tested. Further, the system can obtain secure access to the remote networking environment through a secure virtual private network connection to an on-site access system installed at a physical location of the networked computing environment.

Technology is shown for dynamically attaching secure properties to an identity certificate. Claims determining secure properties for an identity are signed and embedded in an identity certificate. Both the identity certificate and the signed claims in the certificate are verified. When a service request is received from the identity, the signed claims from the identity certificate are checked to determine if the request is permitted. If the request is permitted, then the service request is processed. Some examples involve creating claims determining the secure properties for the remote machine, signing the claims to create the signed claims, distributing the signed claims to a certificate authority, embedding the signed claims in the remote machine identity certificate, and distributing the remote machine identity certificate. The claims can be embedded in the certificate as X.509 properties.