16 results about "Destination site" patented technology

The application discloses an AGV optimal path automatic memory storage scheduling method and system, which comprises the following steps: receiving task information; separately threading real-time cyclically reading the task information; selecting an AGV vehicle meeting a current task; matching a path planning from a site where a current vehicle is located to a task destination site in an optimal route cache set, if the path planning exists, directly selecting an optimal planning, if the path planning does not exist, re-planning an optimal path according to a path planning method and storing the optimal path into an optimal cache for next time matching and use; converting the optimal planning into a task execution instruction; and sending the task execution instruction to the AGV through a TCP protocol.

Configuration and usage data associated with a security system for each of a plurality of existing sites may be received, including a spatial model for the security system of the corresponding existing site and historical access data for the security system of the corresponding existing site. An Artificial Intelligence (AI) model is trained using the configuration and usage data associated with the security systems of the plurality of existing sites. Site information for a target site is received and is submitted to the AI model, wherein in response, the AI model automatically generates a spatial model for a security system of the target site and configuration parameters for the security system of the target site. The generated spatial model and the configuration parameters for the security system of the target site are subsequently used to setup and operate the security system at the target site.

This application belongs to the field of robot control technology, and relates to a robot control method, device, computer equipment, and storage medium, including: acquiring a target station to be reached by the robot; determining an initial planned path for the robot to reach the target station based on the target station; scanning multiple reflective pillars preset on the initial planned path to obtain multiple point cloud data of the multiple reflective pillars, with one reflective pillar corresponding to a set of point cloud data; adjusting the initial planned path based on the multiple point cloud data to obtain a target planned path; controlling the robot to reach the target station based on the target planned path; acquiring a target material to be grasped by the robot; controlling the robotic arm to photograph a preset QR code on the target material at the target station to obtain a QR code image; determining the movement compensation value of the robotic arm based on the QR code image; and controlling the robotic arm to grasp the target material based on the movement compensation value. This application effectively improves the handling accuracy of composite handling equipment in material handling.

The application discloses a kind of based on the alignment of multi-source data job violation behavior online identification method, specifically related to the field of violation identification, including S1, the multi-modal data of source site and target site are synchronously collected, and corresponding pre-processing operation is executed to each type of data;S2, construct domain alignment model, combine multi-dimensional alignment strategy and loss function, realize source-target site data domain adaptation by optimization algorithm;S6, receive online incremental data and process, based on feature similarity adaptive optimization model parameters, combined with performance evaluation realizes model update and rollback;S8, based on confidence score division alarm level, combined with delay constraint execution hierarchical alarm and multi-system linkage operation;The application is integrated multidimensional data by multi-source data acquisition and pre-processing, provides high-quality, multi-directional data support for violation identification, improves the reliability of the data source of identification.

This application relates to a data reading method, apparatus, electronic device, and storage medium. The method includes: receiving a data reading request, the data reading request including index information of a target object; obtaining the synchronization status of the target object; in response to an incomplete initial synchronization, determining the primary site as the target site and a first local storage bucket as the target data address; reading target object data from the first local storage bucket according to the index information; in response to a completed initial synchronization, obtaining the deletion status of the target object and the deletion policy of the object storage system; determining the target site and the corresponding target data address based on the deletion policy and deletion status; and reading the target object data from the target data address of the target site according to the index information. This method ensures that the data obtained by the user on different sites remains consistent and is always the latest version of the object.

The application provides a garbage collection and transportation information processing method, an electronic device and a storage medium. The method comprises the following steps: in response to a triggering operation of a user on a site selection control, acquiring a current position of the user, and determining and displaying at least one candidate site to the user according to the current position; in response to a triggering operation of the user on a target site in the at least one candidate site, determining a target work route corresponding to the target site, determining work information of a work vehicle in the target work route, and displaying the work information to the user, wherein the work information comprises a current work position of the work vehicle, a time length of the work vehicle to the target site, and completed sites and to-be-completed sites of the work vehicle. The user can accurately obtain garbage truck work information.

The application provides a directory scanning method and device in a penetration test scene and a storage medium, and relates to the technical field of information collection; the method comprises loading a single configuration item in a set scanning mode; generating a dictionary configuration item and a target thread number according to a current operating system of a target site; scanning and analyzing the directories in the target site according to an imported initial dictionary library and the dictionary configuration item, adjusting the dictionary strategy configurable item in the initial dictionary library according to the hit condition of the dictionaries in the initial dictionary library, to generate a new dictionary library, and obtaining the final new dictionary library through multiple scanning tasks; constructing a hit rate training model through the final new dictionary library, scanning the directories in the target site according to the hit rate training model, and outputting the scanning result of sensitive files. The dictionary variable can be continuously adjusted according to the hit condition of the dictionary, so as to gradually match whether the scanning configuration conforms to the expected effect, the scanning efficiency of the directories is effectively improved, and the false positive rate and the false negative rate are effectively reduced.

This application provides a circuit multi-route bearer analysis method, system, electronic device, and storage medium, belonging to the field of communication technology. The method utilizes neural network technology to identify the actual transmission network topology map and obtain computer-processable transmission network topology data. For a set of target relay service data including multiple relay circuits, where each relay circuit has the same source and destination sites and relay type, the method queries the transmission network topology data based on the source and destination sites to obtain multiple second route information that can carry the corresponding circuits. By comparing and analyzing the first route information and multiple second route information of the multiple relay circuits in the target relay service data, the circuit multi-route bearer analysis result is obtained. The multi-route bearer analysis result includes one of the following: route construction requirements, reasonable route bearer configuration, or route bearer adjustment scheme. This application can automatically manage and reasonably allocate the transmission network bearer routes of relay circuits, reducing service failure rates.

According to embodiments of this disclosure, methods, apparatus, devices, storage media, and program products for travel services are provided. The method includes: presenting a station selection interface associated with a travel service linked to an autonomous vehicle; presenting a set of candidate stations in the station selection interface, the set of candidate stations being determined based on connectivity between the candidate stations and a selected target station, the connectivity indicating whether a service route exists between the candidate stations and the target station; receiving a selection of a first station from the candidate stations; and, in response to evaluation information associated with the first station satisfying a first condition, presenting a first prompt to change the first station, the evaluation information indicating the difficulty of driving the target service route corresponding to the first station under current traffic conditions. Therefore, embodiments of this disclosure can reduce user operational complexity, improve the efficiency of interaction with travel services, and improve the quality of travel services provided by autonomous vehicles.

According to embodiments of the present disclosure, methods, apparatuses, devices, computer-readable storage media, and computer program products for a trip are provided. The method includes presenting a target interface associated with a trip service provided by an autonomous vehicle; and presenting at least one target station in the target interface, the at least one target station including a pickup station and / or a drop-off station, wherein the at least one target station is determined based on a process of determining a first expected time instant for the autonomous vehicle to arrive at a set of candidate stations; determining whether the set of candidate stations are allowed to stop at the first expected time instant based on a time-sharing attribute of the set of candidate stations, the time-sharing attribute indicating stop constraints of the set of candidate stations for at least one time period; and determining the at least one target station from the set of candidate stations that are allowed to stop at the first expected time instant. In this way, embodiments of the present disclosure can enable the autonomous vehicle to safely pick up and drop off users.

This application discloses a product publishing method and system based on editing modes. The method includes acquiring product data for the product to be published, splitting the product data using a data module to determine the editing mode selected by the user, performing corresponding processing operations on the product data under each editing mode using an editing module, obtaining the target site and target store selected by the user after the product passes interception and verification, converting the format of the product data under each editing mode using a conversion module, and publishing the product to the target site and target store. This method and system can balance the needs of linked editing and independent editing during product publishing, solving the problems of repetitive editing and low efficiency in multi-store product publishing, reducing the probability of product publishing failure, and significantly improving the efficiency of product publishing and management.

This application discloses a method, apparatus, device, and storage medium for merging network device site information. The method involves determining the target site information to be merged, traversing the target site information using a preset sliding window to obtain continuous word strings, dividing the target site information into target sub-segments based on each continuous word string, matching each target sub-segment with each network device site in a pre-built network device site database, and identifying network device sites with a matching degree greater than a preset first matching threshold as matching sites, repairing each target sub-segment using each matching site to obtain each target segment, and finally selecting and merging other target site information corresponding to the target site information based on each target segment. This application changes the traditional method of relying on manual verification or fixed expert experience, automatically completing the identification, matching, and merging of site information, thus improving accuracy.

The invention provides a wireless communication method and communication equipment. The communication method comprises the following steps: a first device sends a first trigger frame; wherein the first device communicates with the second device through the relay device, and the first trigger frame is used for indicating the first device to share the acquired first resource in the TXOP with the second device and / or the relay device. Based on the first triggering frame, a TXOP sharing process based on triggering can be reused, and relay-based TXOP sharing is realized. That is to say, the invention provides a relay-based channel access method, namely a relay transmission-based TXOP sharing method initiated by the AP. According to the TXOP sharing triggering method based on the relay, the problems of synchronization of behaviors of the operation channels of the BSS where the source station, the relay and the target station are located and TXOP sharing can be solved, the transmission efficiency of a network can be improved, and the cost of the relay is reduced.

Aspects of the invention include techniques for implementing a dynamic queue depth in a multi-site system. A non-limiting example method includes initiating an initiator of a multi-site system and initiating a target system of the multi-site system. The target system includes a preferred site and a non-preferred site. The method includes receiving, by the target system, a session creation request from the initiator. The session creation request targets the non-preferred site. In response to the session creation request targeting the non-preferred site, a queue depth allocator of the multi-site system allocates a minimum queue depth to a path between the initiator and the non-preferred site.

This invention provides an intelligent control method and system for the operation of electric vehicle charging piles, relating to the field of charging pile control technology. The method includes: acquiring historical operation monitoring data of a target site; determining multiple power operation events for each charging pile and constructing a power event sequence; extracting multiple event state features of the target site and constructing multiple window event state vectors; calculating multiple state difference degrees of the target site and constructing state difference curves; segmenting multiple operation trajectory segments of the target site; extracting the site operation state vector for each operation trajectory segment and identifying multiple operation mechanism modes; generating an inter-pile response dataset for each operation mechanism mode and constructing a directed coupling graph; determining multiple behavioral coupling partitions of the operation mechanism mode; extracting the adjustment upper limit features of the operation mechanism mode and constructing a collaborative control set; and optimizing the online operation control of multiple charging piles based on the collaborative control set. This invention improves the stability of multi-pile collaborative operation at charging stations.

Illustrative methods and systems for migrating a large amount of data from a source site to one or more cloud destination sites with minimal interruptions to the source site during the migration process. Configured media agents initiate specialized backup jobs on source data to create backup copies of a specified size that minimally impacts the source site. Those backup copies are received at storage management site and stored in cache. For each received data blob, the illustrative system restores the backup copies to the destination site in the format of the original application data.