148results about How to "Improve deployment efficiency" patented technology

The invention discloses an automatic high-precision assembly system and method based on visual feedback, belongs to the technical field of automatic assembly, and solves the problem that an existing scheme is insufficient in the aspects of automatic integration and actual usability. Comprising an embedded control unit, an XYZ Cartesian sliding table, a limiting sensor, a visual sensor, a visual mark and an upper computer processing unit, the embedded control unit is connected with the upper computer processing unit, and the embedded control unit is used for receiving a control instruction and feeding back state information. The embedded control unit is connected with a motor driver of the XYZ Cartesian sliding table and used for sending a motion control signal, and the embedded control unit is connected with the limiting sensor and used for receiving a switch signal. Working space boundary recognition and automatic calibration of the camera-robot hand-eye relation are achieved, the configuration and deployment process of a visual guidance system on the XYZ sliding table is greatly simplified, the requirement for professional skills of operators is lowered, and deployment efficiency is improved.

The invention relates to the field of mobile data communication services, in particular to a subway rail transit underground space emergency communication system and an arrangement method thereof. The subway rail transit underground space emergency communication system provided by the invention comprises a first communication link used for transmitting service data in a first state; the second communication link is used for transmitting service data in a second state; the communication link monitoring module is in signal connection with the first communication link and is used for monitoring the signal-to-noise ratio of data transmission in the first communication link; and the communication link switching module is in signal connection with the communication link monitoring module, is respectively in signal connection with the first communication link and the second communication link, and is used for switching the data transmission path from the first communication link to the second communication link according to the signal-to-noise ratio of data transmission in the first communication link. According to the invention, through double-link redundancy and rapid switching, automatic switching to a standby link is realized under abnormal conditions such as optical fiber faults or power interruption, and continuous and uninterrupted communication is ensured.

The application provides an edge device-oriented lightweight multi-modal early gastric cancer collaborative auxiliary diagnosis system, which comprises a lightweight multi-modal classification module, a decision-level fusion unit, a first feature extraction network and a second feature extraction network; the decision-level fusion unit is used for evidence theory fusion of first classification probability and second classification probability, and outputs a multi-modal classification result; a lightweight segmentation module is constructed based on an encoding-decoding structure, an encoder of the lightweight segmentation module comprises a plurality of stacked lightweight bottleneck modules, a feature enhancement module is arranged in a skip connection of the encoder, and the feature enhancement module is used for pixel-level lesion segmentation of a white light endoscopy image; a gating cooperation unit is connected with the lightweight multi-modal classification module and the lightweight segmentation module respectively, and is used for generating a gating signal according to the multi-modal classification result; when the multi-modal classification result is positive, the lightweight segmentation module is activated to perform a segmentation task; and when the multi-modal classification result is negative, a subsequent segmentation process is terminated.

The invention discloses a method and a system for deploying a mobile communication network, and relates to the technical field of mobile communication network deployment. The method comprises the following steps: carrying out network topology design according to user requirements; planning an optimal flight scheme of the unmanned aerial vehicle through a preset algorithm based on the designed network topology; the unmanned aerial vehicle carries an optical fiber and flies according to the optimal flight scheme, and construction of an optical fiber link is completed; and after the optical fiber link is used, recycling the optical fiber. By adopting the method, the deployment efficiency can be improved while the communication reliability is ensured.

This invention relates to the field of containerized deployment technology, specifically providing a Docker-based image management and update method and system. It packages middleware involved in the application system into an image and builds an automated mechanism. When critical files within the application system change, it automatically initiates the image building and compilation process according to the Dockerfile, generating the latest Docker image and pushing it to a designated image repository. Specifically, it includes: a file monitoring module responsible for real-time monitoring of changes to critical files within the application system; an image building triggering module receiving file change events sent by the file monitoring module and determining whether to trigger the image building process based on preset rules; an image building and compilation module building the Docker image locally according to the execution instructions in the Dockerfile; and an image push module pushing the built and compiled Docker image to the designated image repository. Compared with existing technologies, this invention enables efficient deployment and automated updates of application systems.

The application discloses a kind of block storage performance automation test method, system, storage medium based on FIO, it is related to cloud computing and storage performance test technical field, it is applied to the cloud platform environment including management node and multiple test nodes.By running environment deployment script on management node, automatically complete test node IP management, SSH password-free configuration, firewall processing and according to X86 / ARM architecture adaptive deployment FIO;Run test execution script, precheck is carried out to test disk and time synchronization, start FIO service on multiple nodes according to preset task queue, in turn complete the stress test of covering 4K / 32K / 128K / 1M block size and random, order, 7:3 mixed read-write scene;Run result arrangement script, automatically parse FIO log, extract and uniformly output the IOPS, bandwidth and latency index of each scene.The method reduces manual operation while improving the consistency and result reliability of block storage performance test.

This application provides a hardware passthrough method, apparatus, device, and storage medium for virtual machines. The hardware passthrough method includes: obtaining an attribute description file for a newly created virtual machine; the attribute description file describes the resource requirements of the newly created virtual machine, including PCIe interface parameters and memory allocation specifications; based on a PCIe device topology mapping table, determining the target hardware resources that conform to the PCIe interface parameters and their corresponding target NUMA nodes; within the target NUMA node, allocating memory resources of corresponding capacity to the newly created virtual machine according to the memory allocation specifications; and binding and mapping the target hardware resources to the newly created virtual machine through the IOMMU hardware virtualization mechanism, thereby achieving hardware passthrough. By parsing the virtual machine resource requirements and matching them according to precise hardware topology and NUMA node information, the collaborative allocation of PCIe devices and memory resources is dynamically and efficiently achieved, significantly improving the utilization rate of heterogeneous computing resources and reducing energy consumption and maintenance costs.

The application discloses an inter-application data encryption communication method based on a dbus bus, an inter-application data encryption communication system based on the dbus bus, an inter-application data encryption communication device based on the dbus bus, an electronic device, a storage medium and a vehicle, and comprises the following steps: a session is created between a server and a client, and a communication session process is executed; a communication daemon process is executed to perform communication authentication processing on the communication session process; the communication authentication processing comprises communication encryption through an authorization certificate and an authorization key, and authentication of a session data unit is performed according to the certificate and the key; if the authentication result is true, the session data unit is retained in the communication session process; and if the authentication result is false, the session data unit in the communication session process is blocked. Through the above scheme, the authorization certificate and the authorization key are double-authenticated, and the security level of the communication connection is improved relative to the original encryption mode of the digital certificate or the digital key alone.

The application discloses a kind of based on containerization's application intelligent deployment method and device, the method includes: receiving the application deployment instruction of target application, and according to application deployment instruction, determine the deployment information of target application;According to each target release package, generate each target release package corresponding container, as the all deployment containers of target application corresponding;For each deployment container, deployment container is deployed to corresponding target partition;Start all deployment containers, to carry out deployment to target application by all deployment containers.It can be seen that the application can be deployed intelligently by deployment container, without manual full-process participation in the whole application deployment process, which can not only improve the deployment efficiency of the application, but also reduce the occurrence of runtime environment error, thereby improving the deployment reliability and accuracy of the application, so that the service of the application program can be started smoothly.

This invention relates to the field of model update and switching technology, and particularly to a method for hot model update and intelligent switching under a cloud-edge collaborative architecture. The method includes: performing change detection on a stored list of model versions via a cloud platform, and generating an update instruction containing an identifier of the target updated model version based on the change detection results; retrieving the model update file from the model repository based on the update instruction; loading the model update file in a local cache area; switching the current model version to the new model version corresponding to the model file in the pending switch state while the current model version is running on the target edge node; monitoring the real-time running status of the new model version on the target edge node; and switching back to the current model version when the new model version's running status is abnormal. This invention enables dynamic hot updates and intelligent switching of model versions in a cloud-edge collaborative scenario, improving the efficiency of model deployment.

The invention discloses an intelligent calculation center server automatic deployment and configuration method and system. The method comprises the following steps: in response to connection of a movable medium to a server, the server identifies and loads a customization system in the movable medium; the customized system and the resource log are stored in a partition in a movable medium; in the customization system, executing the main script in the resource log, and scheduling each function sub-module in the resource log by the main script to execute the corresponding configuration task; and in response to successful execution of each functional sub-module, triggering the server to be shut down. Through the above mode, automatic execution of the whole deployment and configuration process can be realized, a preposition environment does not need to be manually established or operation is triggered one by one, and the deployment efficiency is greatly improved; based on independent mobile medium physical connection, the method does not depend on a server local environment or an external network; all the function sub-modules are scheduled through the main script to execute corresponding configuration tasks, all the servers are configured strictly according to a unified configuration rule, and consistency is ensured.

The utility model relates to hoisting tool technical field, especially point to a kind of carrying hoisting tool in field operation without network power supply, solve the problem of inconvenient equipment disassembly and carrying, poor assembly convenience in prior art, including crane frame and crane chassis, be equipped with middle shaft outer sleeve pipe on crane frame, be equipped with chassis central shaft on crane chassis, chassis central shaft and middle shaft outer sleeve pipe plug-in cooperation, the length of chassis central shaft is less than one half of middle shaft outer sleeve pipe length;Rotary drive mechanism is equipped between crane frame and crane chassis;Crane frame is detachably connected with lifting arm, take-up assembly and power generation component on it.Affirmative effect is: reduce assembly labor intensity, improve field deployment efficiency, chassis central shaft length is designed as less than one half of middle shaft outer sleeve pipe length, only need to lift crane frame to slightly higher than chassis central shaft height during assembly, it can be realized that chassis central shaft and middle shaft outer sleeve pipe plug-in cooperation, without auxiliary equipment, substantially improve the deployment efficiency of field operation.

The invention discloses an unmanned tricycle intelligent driving bag system based on visual navigation, and particularly relates to the technical field of intelligent driving, the unmanned tricycle intelligent driving bag system comprises a visual perception unit, a central control module and an execution control interface, and the central control module comprises an environment perception module, a positioning and mapping module and a path planning and decision module. According to the invention, by integrating the visual perception module, the central control module and the precise execution module, autonomous reverse driving of the tricycle in a complex environment is realized. By means of a high-precision vision and inertial measurement unit fusion technology, the system can complete three-dimensional environment perception, accurate positioning and mapping, accurate obstacle recognition and collision-free path planning, especially can perform look-ahead avoidance on dynamic obstacles, and remarkably improves operation safety and operation accuracy.

This invention relates to an integrated agricultural monitoring device for unmanned driving, comprising an electric pickup truck as a vehicle-mounted platform. An upper mounting plate is installed on the top of the pickup truck's cargo bed. An unmanned aerial vehicle (UAV) cabin is located at the rear of the upper surface of the upper mounting plate, and an insect monitoring station is located at the front of the upper surface of the upper mounting plate. A vehicle-mounted gimbal camera is mounted on top of the insect monitoring station. Wind direction, wind speed, photosynthetically active radiation (RADR), and illuminance sensors are respectively mounted on the top of the driver's cab of the electric pickup truck via corresponding profile brackets. A server compartment is located between the lower surface of the upper mounting plate and the interior of the cargo bed for data exchange, transmission, and storage between multiple devices, as well as real-time calculation, processing, and fusion analysis of multi-source data. This invention integrates the UAV cabin, four-symptom monitoring equipment, and edge computing or server modules on the vehicle-mounted platform, facilitating collaborative operation between the vehicle-mounted intelligent UAV cabin and the unmanned vehicle-mounted platform, as well as high-performance data processing and remote management.

The invention discloses a backplane bus system, a data acquisition method, a data acquisition device and a medium, and the system comprises a backboard substrate which is provided with a plurality of standardized module slots for the insertion of a main control module and a plurality of acquisition modules; the backplane bus structure comprises a low-bandwidth control bus and a high-bandwidth one-way data bus, the data transmission rate and power consumption of the low-bandwidth control bus are lower than those of the high-bandwidth one-way data bus, and the high-bandwidth one-way data bus supports various different transmission rates; each acquisition module determines the uplink bus transmission rate of the acquired data according to the own acquisition capability and the maximum bandwidth, and the main control module receives the acquired data uploaded according to different uplink bus transmission rates. According to the invention, on the premise of ensuring compatibility of high and low rate signals and supporting flexible expansion, dynamic balanced distribution of power consumption is realized, the overall power consumption of the system is reduced, the load concentration problem of the main control module is relieved, and the energy efficiency ratio and the operation stability of the system are improved through an asymmetric communication design and an adaptive control mechanism.

The invention discloses an Ethernet loop chain communication system and method, and the system comprises a plurality of control nodes which form a loop chain communication network topology. Each control node comprises a first communication interface and a second communication interface, and the first communication interface and the second communication interface are connected in series in a loop chain communication network and are used for communication among different control nodes; in each control node, the second communication interface is configured to only transmit and not receive, the first communication interface is configured to transmit and receive, and at the moment, the loop chain communication network supports one-way communication; and when the second communication interface of at least one control node is disconnected from the loop chain communication network, the second communication interface in the control node is configured to be capable of transmitting and receiving.

The utility model discloses a GPS deception unmanned aerial vehicle portable countering device which comprises an unmanned aerial vehicle body, a mounting plate is fixedly connected to the bottom of the unmanned aerial vehicle body, and T-shaped sliding grooves are formed in the two sides of the front face of the mounting plate. According to the utility model, the innovatively designed T-shaped sliding chute is matched with the T-shaped sliding strip, and a linkage mechanism of the insertion rod, the tension spring and the movable plate is combined, so that the counter device body can be quickly disassembled and assembled. No complex tool is needed, an operator only needs to pull the movable plate, locking of the T-shaped sliding strip by the inserting rod can be quickly relieved, and the counter device is disassembled; during installation, the T-shaped sliding strip is aligned with the T-shaped sliding groove to be pushed in, the insertion rod is automatically inserted into the insertion opening under the action of the tension spring to complete locking, and the deployment efficiency of equipment in an emergency scene is remarkably improved. The unique linkage structure of the first movable frame, the second movable frame, the gear and the teeth breaks through the limitation of traditional two-hand operation. The device has the advantages of being convenient to disassemble, assemble and use.

The utility model provides a sludge scraper for sewage treatment, which belongs to the technical field of environmental protection equipment and comprises a bottom frame, a connecting rod fixedly mounted on the side wall of the bottom frame, a connecting seat fixedly mounted on the side wall of the connecting rod, a connecting frame fixedly connected to the side wall of the bottom frame, a connecting assembly arranged on the side wall of the bottom frame and a connecting assembly arranged on the surface of the connecting frame. The auxiliary assembly is arranged at the bottom of the bottom frame. Through the arrangement of the mounting assembly and the connecting assembly, the mud scraper can be quickly switched between two working modes of rotary mud scraping and reciprocating mud scraping, and the working condition adaptability of equipment is improved; the steel cable traction type connecting assembly is matched with the rigid bottom frame, so that the problem that a traditional mud scraper is prone to deformation in the operation process is effectively solved; the clamping seat type scraper is arranged, so that quick replacement and maintenance are facilitated, and the optimal contact pressure between the scraper and the pool bottom can be always kept; the arrangement of the multifunctional interface of the mounting plate can be compatible with quick butt joint of different driving devices.

The utility model discloses a liquid-cooled container control system, which comprises a cabinet main body and a double-pump circulation module integrated in the cabinet, the double-pump circulation module comprises a main liquid pump and a standby liquid pump, the main liquid pump is driven by a frequency converter, the standby liquid pump can be driven by a power frequency power supply or the frequency converter, and a multipoint temperature acquisition module is arranged in the cabinet main body. By adopting the double-pump redundancy design, the standby pump can be seamlessly connected within 200 milliseconds when the main pump breaks down, the continuous operation of the system is ensured, the availability of the system is as high as 99.99%, meanwhile, the main liquid pump is provided with the frequency converter, the rotating speed is dynamically adjusted according to real-time pressure feedback, and compared with a traditional fixed-frequency pump, energy is saved by 20-30%. Multi-point temperature collection and closed-loop control are achieved, accurate temperature control is achieved, energy consumption is further reduced, a liquid leakage detection sensor is matched to trigger a signal at the moment of liquid leakage, a power source is cut off immediately through a PLC, an alarm is given, and electric short circuit and equipment damage are effectively avoided through millisecond-level response.

This utility model discloses a modular intelligent narrow-body frequency converter cabinet system, comprising: a narrow-body cabinet with internal module installation space, air inlet, and air outlet; a modular backplane system integrating a main circuit busbar and a control / auxiliary power bus; at least one standard functional module with standardized mechanical and electrical interfaces, pluggably installed in the cabinet and connected to the backplane system for implementing specific power conversion or control functions; and an intelligent thermal management system including a temperature sensor, an adjustable-speed fan, and a fan controller, capable of adjusting the fan speed according to temperature information to control airflow within the cabinet. This utility model, through modular design and intelligent thermal management, achieves high system integration, excellent maintainability, flexible configuration capabilities, and efficient heat dissipation, making it suitable for high-power frequency converter applications in industrial drives, new energy, and other fields.

The present application relates to a method and system for adaptive adjustment of optical image detection threshold based on reinforcement learning, belonging to the field of machine vision and intelligent detection technology, which solves the technical problems of existing industrial vision detection, such as threshold dependence on manual setting, lack of adaptability leading to decline in detection accuracy, and inability to optimize in real time. The solution is: a method for adaptive adjustment of optical image detection threshold based on reinforcement learning, including the following steps: S1, collecting the original image of the measured object; S2, preprocessing the original image; S3, constructing a state vector based on multi-dimensional feature quantities; S4, outputting actions by a reinforcement learning strategy network; S5, updating the detection threshold based on the actions and applying it; S6, calculating the detection quality evaluation index and the reward signal; S7, modeling and training the reinforcement learning strategy network and updating the parameters to form a threshold adaptive adjustment strategy. Compared with the prior art, the present application has the advantages of not depending on manual setting, strong adaptability, high precision, real-time optimization, and wide applicability.

The present application relates to the technical field of robots, and in particular to a motion generation method, system, device and storage medium for a humanoid robot, comprising: physical simulation rendering generates a visual video containing visual representation of joint motion state of the robot; analyzing the visual video to obtain frame images, natural language instructions and motion sequences, decoding output trajectory data; and outputting control instructions through a hierarchical architecture of high-level motion planning and bottom-level dynamics tracking to drive the robot to perform actions. The present application implicitly encodes the joint state of the humanoid robot in the visual features, improves the inference efficiency and generalization ability of the model, and the hierarchical decoupling architecture of the large model high-level trajectory planning and the reinforcement learning bottom-level dynamics tracking controller pays a small performance cost, which can compress the inference time delay to within 50ms and the parameter quantity to below 2 billion, and balances the high generalization of the stateless VLA and the small model, few-step inference, edge low latency, and low power requirement.

The application discloses a method and device for deploying gray-scale marks, and relates to the technical field of software testing, and the method comprises the following steps: crawling a homepage screenshot from an application; searching a picture from a gray-scale real address server; comparing the homepage screenshot with the searched picture, selecting a picture with the highest matching degree with the homepage screenshot as an object of gray-scale marking; and marking the object in a preset mode and sending the object to the gray-scale real address server. The application can automatically deploy gray-scale marks in a gray-scale publishing scene, and improves the searching and deploying efficiency.

This application provides a component-centric isolation and sharing device and its operating method based on containerized encapsulation. The device includes a component encapsulation and registration center for building and registering container images; a containerized runtime scheduling engine for isolating environment instantiation of components and managing their lifecycle; a centralized access proxy gateway for verifying requests and routing them; and a unified configuration and policy management center for storing and managing various policies and providing query and update interfaces. The advantages of this application are: containerized encapsulation achieves environment decoupling and consistency, eliminating dependency conflicts; strong isolation policies ensure multi-tenant data security and system stability; centralized management enables fine-grained access control; intelligent elastic scaling optimizes resource utilization; and it supports centralized management of the entire component lifecycle, improving reusability, maintainability, and collaborative efficiency.

The application discloses a database script deployment method and device and a computer readable storage medium. The method comprises the following steps: determining a database unique identifier according to a received database script deployment request; determining a current environment type and database connection information according to the database unique identifier, and connecting a target database instance corresponding to the current environment type based on the database connection information; obtaining a control file and a to-be-deployed script associated with the target database instance from a code repository, and determining a deployment sequence and a deployment mode corresponding to each to-be-deployed script according to the control file; and executing each to-be-deployed script according to the deployment sequence and the deployment mode. The database script deployment efficiency is improved.

This application provides a method and related equipment for detecting small target vehicles from a low-altitude perspective, belonging to the fields of computer vision and intelligent transportation technology. The method includes: acquiring low-altitude images and performing multi-level feature extraction, performing feature preservation operations during the extraction process to retain high-resolution detail information; adaptively enhancing the extracted features to improve target-related feature responses; constructing a high-resolution feature response path, fusing shallow high-resolution features with deep semantic features to form enhanced features; and performing target detection based on the enhanced features. This application also optimizes feature representation through feature compression and path pruning to reduce computational complexity. Through a collaborative design of feature information preservation and reconstruction during multi-scale propagation, this application achieves a simultaneous improvement in the performance and computational efficiency of small target vehicle detection in complex low-altitude scenarios.

The invention discloses a containerized application deployment and management method, device and system, and belongs to the technical field of information processing. The method comprises the steps that a containerized application deployment blueprint defined by a user in a dragging and form mode is received through a visual deployment interface; writing the structure information of the deployment blueprint into a list file; converting the list file by using an operation and maintenance tool and generating an executable container arrangement script; and based on the container arrangement script, automatically executing environment preparation, container arrangement cluster initialization and service deployment and starting processes in a target server cluster. According to the method, the complex arrangement process of high-availability container deployment is converted into visual operation, and full-amount deployment configuration and scripts are automatically generated, so that full-process automatic closed loop from architecture design to service online is realized, the deployment technical threshold and the manual error rate are remarkably reduced, and the deployment efficiency and the system reliability are improved.

The invention relates to the technical field of computer software, and discloses a version material management method and device for software privatization deployment, and the method comprises the steps: after a target software version is released online, responding to a release event of the target software version through a continuous delivery system, and generating a trigger signal; according to the signal, the version material management engine obtains online materials of a target software version, packages the online materials into an incremental material package, and stores the incremental material package in a material storage library in a manner of associating the incremental material package with an identifier of the target software version. And then obtaining a previous version full-quantity material package before the target version is released online, merging the previous version full-quantity material package and the previous version full-quantity material package to generate a current version full-quantity material package, and storing the current version full-quantity material package in a material storage library to complete management of version materials.

The utility model discloses a small hydraulic iron notch drill which comprises an impact mechanism, a cylinder sleeve and a piston. The impact mechanism comprises a reversing valve, the reversing valve comprises a reversing valve seat and a reversing valve element, the reversing valve element is arranged in the reversing valve seat, the reversing valve element is fixedly connected with the reversing valve seat in a sealed mode, the reversing valve element is hollow, the reversing valve element is provided with a valve element oil inlet hole and a valve element oil outlet hole, and the valve element oil inlet hole is communicated with the valve element oil outlet hole. The reversing valve seat is provided with a valve seat oil inlet hole and a valve seat oil outlet hole, the valve seat oil inlet hole is communicated with the valve element oil inlet hole, the valve seat oil outlet hole is communicated with the valve element oil outlet hole, an oil cylinder sleeve oil inlet hole and a cylinder sleeve oil outlet hole are formed in the peripheral side of the cylinder sleeve, the valve element oil inlet hole is communicated with the cylinder sleeve oil inlet hole, and the valve element oil outlet hole is communicated with the cylinder sleeve oil outlet hole. And the valve core oil outlet hole is communicated with the cylinder sleeve oil outlet hole. The utility model solves the technical problems of large volume, complex structure and low and difficult operation efficiency for small blast furnace areas in the technical field of iron and steel smelting industry.

The invention discloses an automatic gain control method for a radio frequency expansion unit, and the method comprises the steps: the radio frequency expansion unit receives a calibration signal, and obtains a detection power value through detection; comparing the detection power value with a reference power value pre-stored in the radio frequency expansion unit, and dynamically adjusting the gain of a gain control circuit in the radio frequency expansion unit according to a comparison result, so that the detection power value gradually approaches the reference power value; and when the difference between the detection power value and the reference power value is within a preset threshold range, fixing the current gain value of the gain control circuit, and automatically compensating the insertion loss of the radio frequency cable. The invention further discloses an automatic gain control system for the radio frequency expansion unit, corresponding equipment and a storage medium. According to the automatic gain control method for the radio frequency expansion unit provided by the embodiment of the invention, the insertion loss introduced by radio frequency cables with different lengths can be accurately and automatically compensated, and the deployment efficiency and adaptability of a ship-borne communication system are improved.