90 results about "Automatic routing" patented technology

The invention discloses a configurable system for externally providing multi-source interface data, which comprises a flow arrangement engine, a data processing engine and a data processing engine, and is characterized in that the flow arrangement engine comprises a visual node arrangement interface, a dynamic input parameter module and a flow variable pool; through version isolation, new version configuration is automatically generated when a user modifies a process, an old version continuously processes a stock request until the stock request is completed, and a new request is automatically routed to the new version, so that service switching is non-aware, and the risk of service interruption caused by server stopping and restarting in a traditional scheme is eliminated; free combination of heterogeneous data source nodes through a graphical interface and dynamic adjustment of an execution sequence are supported, the solidification problem of a traditional hard coding process is solved, a process variable pool temporarily stores an intermediate result of each node for a subsequent node to reference through a preset format, the limitation that a multi-step result cannot be reused in a traditional scheme is solved, and flexible series connection of heterogeneous data sources is achieved; each configuration version has an independent process variable pool, an intermediate variable generated by an old version only serves a self task, a variable pool of a new version is completely isolated, data cross contamination during parallel of multiple versions is avoided, and result consistency is ensured.

The invention discloses a multi-target bridge unmanned aerial vehicle inspection path optimization method and system, and relates to the technical field of crossing of bridge operation and maintenance and unmanned aerial vehicle cluster control. The method comprises the following steps: constructing a bridge three-dimensional point cloud model, extracting key inspection points, and establishing a multi-objective optimization function including path length, time consumption, coverage rate, risk coefficient, cluster safety and formation retention; a multi-target reward mechanism is fused through a double-delay depth deterministic strategy gradient network, and a deep learning model is constructed and used for generating an unmanned aerial vehicle cluster obstacle avoidance strategy; training a deep learning model; and based on real-time data, performing multi-target bridge unmanned aerial vehicle routing inspection path optimization by using the trained deep learning model, and adjusting a weight coefficient of a multi-target optimization function through an attention network dynamic weight distribution technology in the optimization process. According to the invention, multi-objective optimization of routing inspection safety, efficiency, quality and cluster cooperation is realized, and the method is suitable for automatic routing inspection of various complex steel structure bridges.

The invention discloses a metadata management method based on ES cold and hot data read-write separation, and relates to the technical field of metadata management, comprising: marking an SSD disk as a hot node, and marking an SATA disk as a cold node; assigning label parameters in a node starting command to enable the nodes to join according to roles; creating an index template to divide a hot index and a cold index, writing a default route to a hot node, and reading an automatic route of a coordination node; setting an automatic index rolling strategy, writing an active index into a hot node, automatically establishing a new index when a threshold value is reached, and preferentially allocating resources to the hot index; an ILM migration rule is configured, and the overdue index is automatically migrated to a cold node; writing real-time metadata into a hot node, migrating overdue metadata to a cold node regularly or manually, and deleting cold node data according to a strategy; real-time data are read from the hot nodes, historical data are read from the cold nodes, and on-demand access is achieved. The performance, reliability and resource utilization rate of the ES cluster are remarkably improved on the premise that the cost is controllable.

An automatic memory management method based on context awareness and hierarchical routing belongs to the field of artificial intelligence and natural language processing, and comprises the following steps: step 1, scoring context importance; 2, mixed memory extraction; step 3, performing three-level automatic routing; 4, rewriting the mixed retrieval context; and 5, privacy compliance control is carried out. The dialogue importance is automatically evaluated through multi-dimensional features (entity density, emotional polarity and user active statement), and the problem that a traditional method depends on manual intervention is solved; according to the method, the rule engine and the fine-tuning small model are combined, accuracy and efficiency are both considered, and explicit and implicit memories can be processed at the same time; according to the invention, based on confidence and content type automatic hierarchical storage, intelligent management of short-term, medium-term and long-term memory is realized; the semantic similarity and the time decay weight are fused, and it is ensured that memory retrieval is relevant and timely.

The invention is suitable for the technical field of electric power communication work ticket review, and provides a large and small model collaborative communication work ticket intelligent review method, which comprises the following steps: acquiring multi-modal data of a communication work ticket, and analyzing and aggregating the multi-modal data; carrying out normalization check on the analyzed multi-modal work order data, and if the check is not passed, generating corresponding correction information and returning the work order; if the check is passed, analyzing the data of different dimensions by using a plurality of special small models, and outputting an analysis result and a corresponding confidence coefficient; carrying out integration and correlation analysis on the analysis result of each dimension by utilizing a large model, judging the overall compliance of the work order, and generating an overall compliance judgment result; the confidence output by each small model is integrated, the overall confidence of the work order is calculated and graded, and a corresponding automatic processing or manual rechecking process is executed on the work order; the optimization of accurate and automatic distribution and manual rechecking of the work orders is realized, and the processing efficiency is greatly improved.

The invention relates to a mixed collaborative approval method and system based on a process engine and a large model, and relates to the technical field of intelligent approval, and the method comprises the steps: obtaining an approval request, and extracting approval content and approval metadata; based on the rule cluster, performing regularized screening discrimination on the approval metadata, and dividing the approval request into a first alternative request set and a second alternative request set; performing partial normal analysis on the approval content corresponding to the first alternative request set, and extracting a third alternative request set; and performing automatic routing examination and approval according to the first, second and third alternative request sets, sending an automatic routing examination and approval result and the examination and approval request to the user terminal for verification decision, and outputting an examination and approval result according to a verification decision result. According to the method and the system, the problems of low complex service approval efficiency, inaccurate risk identification and insufficient intelligent level caused by the fact that a traditional approval system cannot effectively process unstructured complex tasks are solved.

The invention discloses an automatic route construction method based on topology information carried by a registration message and a controller. The method comprises the following steps: an edge gateway obtains topological information of a service device mounted under the edge gateway, packages the topological information, a gateway identifier and a northbound interface IP address of the edge gateway into a UDP registration message, and sends the UDP registration message to a controller; and the controller receives and analyzes the UDP registration message, establishes a mapping relation from the MAC address of the service device to the northbound interface IP address of the edge gateway to which the service device belongs in a global forwarding table, and determines a target edge gateway according to the global forwarding table when an original data frame sent to a target service device is received, thereby realizing accurate forwarding of the data frame. According to the application, the plug and play of the southbound service device and the automatic construction of the route can be realized, the complexity and cost of network operation and maintenance are reduced, the network storm is avoided through accurate forwarding, and the stability of a large-scale industrial network is improved.

Systems and methods are disclosed for providing automated routing of medical data, comprising determining at least one rule corresponding to at least one condition and at least one receiver, receiving medical data and associated medical metadata, determining whether the medical data, the associated medical metadata, and / or associated artificial intelligence processing satisfies the at least one condition of the at least one rule, and upon determining that the at least one condition of the at least one rule is satisfied, providing, from an originating institution, the medical data to the at least one receiver.

The present invention relates to a circuit layout technique for automatically generating analog and hybrid signals, and in particular, to a modular MOS transistor layout structure having a standard cell, and a usage method. The objective of the present invention is to solve the problem of failing to realize automatic layout generation, placement and routing because existing automatically generated MOS transistor layouts lack a standard structure and therefore cannot be abutted. The main solution comprises an MOS transistor layout design for a standard cell-modular structure. Each standard cell includes two pieces of dummy polysilicon, a placement and routing boundary, a power supply rail and a ground rail, and is regular in terms of shape and size, can be abutted to the same type of standard cell in any direction, and can be recognized by an EDA tool, thereby adapting to the EDA tool and improving the placement efficiency. In addition, further provided in the present invention is a usage method. Automatic placement and routing is performed by means of an EDA tool. First, automatic placement and routing is performed on a circuit consisting of NMOS transistors, so as to form an NMOS module; then, automatic placement and routing is performed on a circuit consisting of PMOS transistors, so as to form a PMOS module; and finally, automatic routing is performed on a connection relationship between the two modules. Therefore, automatic generation of a circuit structure layout consisting of MOS transistors in analog and hybrid circuits is realized, thereby improving the layout generation efficiency.

The invention provides a heat supply network inspection robot rotating holder with a large-stroke lifting function and a working method.The heat supply network inspection robot rotating holder comprises a lifting unit, a rotating unit and a posture linkage control module, the lifting unit is installed on a robot, and the rotating unit is installed at the free end of the lifting unit; the posture linkage control module is in control connection with the lifting unit and the rotating unit. According to the cradle head, through the highly integrated and intelligent design, full-range, high-quality and high-reliability automatic routing inspection of the heat supply pipe network is achieved, and powerful technical support is provided for safe operation of the long-distance heat supply pipe network.

The invention provides a method and a system for realizing cross-frame automatic routing and a readable storage medium, which can define a routing configuration information protocol according to the need, add information required to be expanded by routing according to the newly-built need when a new file is built so as to facilitate efficient and accurate interception, and improve the routing efficiency through an interception form of a plug-in. The method comprises the following steps of: acquiring required information and inserting required information by using a set of codes, and finally, after formatting routing data, writing a project into the formatted routing data by using a Node to generate a routing configuration file, supporting a plurality of frames and required routing configuration files corresponding to different ends, and aiming at realizing cross-end automatic generation and automatic analysis of a front-end routing configuration file by using a set of codes, so that the routing configuration file is automatically generated and inserted. And meanwhile, the corresponding routing configuration file is constructed based on the corresponding project file, so that the security of the routing information protocol can be efficiently ensured.

The application discloses a conflict-aware automatic routing method and system for analog integrated circuits, and relates to the technical field of computers.The method comprises the following steps: constructing a minimum spanning tree based on layout file information of the analog integrated circuit, generating a topology of the analog integrated circuit based on the minimum spanning tree, and obtaining target topology information; performing access point planning processing based on the target topology information; performing initial path planning based on the target topology information and access point planning information, performing line network distribution on the initial path information based on a cross relationship graph, and obtaining initial path information after line network distribution; performing 3D monotonic routing processing on the initial path information after line network distribution; and performing enhanced routing processing based on 3D monotonic routing information by using an A algorithm, and obtaining target routing information of the analog integrated circuit.The application realizes reliable routing in a complex layout environment, and ensures that the routing result meets production process rules.

The application discloses a kind of physical routing-based OTN boutique private network automatic routing system and method, comprising: obtaining the order information of OTN boutique private network;According to the customer AZ end address, in combination with the associated relationship of the equipment and site of the equipment, the equipment information of the two ends of circuit is obtained;According to the OTN optical channel routing data, and the equipment network element and GIS physical location information of the equipment, the length of optical channel is obtained;According to order rate, and the length of optical channel, the target optical channel is obtained by screening;According to serial number, instance number and national optical cable data, form the same routing pair;The optical channel path of OTN private network is calculated, and the optical channel path is fed back to the lower end system to open the service.The application solves the problem of physical routing detour, and calculates to avoid the same routing set from the identification point atomic level, solves the problem of main and standby same routing, effectively improves the security and latency of government service.

To navigate an electric vehicle from a starting location to a destination, a system identifies multiple charging stations between the starting location and the destination and determining a navigation route that requires a least amount of time for the electric vehicle to travel from the starting location to the destination via one or more of the charging stations, including determining a non-linear relationship between an amount of time and an amount of charge the EV receives during the amount of time.

The invention relates to the technical field of route management, and discloses a multi-fund-party route management method and system based on annotation driving. The method comprises the following steps: annotating and marking implementation classes of capital parties to obtain annotation and marking information, and carrying out reflection scanning on the annotation and marking information to obtain combined mapping data; inputting the combined mapping data into a HashBasedTable data structure to construct a two-dimensional routing table with a first project code as a row key, a first interface type as a column key and a first implementation class instance as a storage value; searching the two-dimensional routing table according to a second project code and a second interface type in the service request to obtain a second implementation class instance; and calling a service interface based on the second implementation class instance to obtain a service processing result of the corresponding fund party. According to the invention, based on an automatic routing mechanism driven by annotation, a business logic layer and a specific fund party are completely decoupled, and the dependency relationship among modules of the system is reduced.

The present invention provides an automatic routing method and system based on pin positions and directions, a device, and a medium. The method comprises: acquiring information of two ends requiring routing, and determining a start point and an end point, wherein a point having a larger y-coordinate is preferentially selected as the start point, and if y-coordinates are the same, a point having a smaller x-coordinate is selected; if the connection involve symbols, acquiring the directions, quantity, and serial numbers of pins, and the distance between two symbols, and if there is no symbol information, directly performing orthogonal routing; next, calculating a unit offset on the basis of the symbol spacing and the pin quantity, starting a routing from the start point, and routing out on the basis of the corresponding pin serial number and the unit offset; in this process, detecting whether the routing passes through a start point symbol region or an end point symbol region, and if yes, adding a inflection point to bypass the symbol region; then, detecting whether the routing overlaps with an existing routing, and if overlapping occurs and the overlapping routings belong to a same network, removing an overlapping portion and adding a node to optimize the routing; and finally, completing the routing, and drawing the symbols into a schematic diagram for saving. The present invention can improve routing efficiency and accuracy and reduce human errors.

The invention discloses an automatic routing method based on an equipment connection relation, and relates to the technical field of communication network management. The method comprises the following steps: firstly, establishing a topological structure for all devices, verifying an initial port based on a routing task, and performing reachability check on each device after verification is passed; the method comprises the following steps: constructing a neighbor node set for a current port by taking a starting port as a starting point in a path finding process, carrying out recursive expansion and topological structure traversing based on neighbor nodes, and when the neighbor nodes are expanded to be consistent with a target port, storing the neighbor nodes into a candidate path set to obtain a service chain. According to the method and the device, full-path automatic exploration from the starting port to the target port is realized, the network topology change can be automatically adapted, the problem that port adaptation needs to be performed by manual operation is solved, and the algorithm has higher adaptability and expansibility.

The invention provides a business process processing method, a business process processing system and a server, and relates to the field of business process back-end development, and the method can complete an automatic routing function only by carrying out simple annotation operation through annotation parameters when differentiated logic adjustment is carried out on different business processes in the same business process. The method does not need extra setting, realizes reuse of business process related codes, and also can realize isolated and differentiated calling between businesses.

Systems and methods for the automatic routing of an object from an origin to a destination. In one embodiment, the method includes modeling a route as a fluid dynamics potential flow. The object is an analogue of a flow particle, the origin is an analogue of a source, and the destination is an analogue of a sink. Intermediate destinations from the origin to the destination are defined as a stream function (Ψ) defined by irrotational and incompressible potential flow that independently represents a flow phenomenon operable to influence the route. The method includes dynamically calculating an optimal route for the object based on a current location and an aggregate stream function including a sum of each of the flow phenomena acting on the object between the current location and the destination. The method also includes routing the object through the intermediate destinations based on the optimal route to the destination.

This invention discloses an automatic routing optimization method and apparatus for chips, relating to the field of integrated circuit layout design technology. In this method, the chip is divided into multiple differential grids; the connectivity of the edges and / or diagonals of each differential grid is determined to generate connectivity relationships; candidate paths from the routing start point to the routing end point are determined based on the connectable edges and / or diagonals; differential grids associated with the candidate paths are retained while unrelated differential grids are deleted; the grid size is reduced within the retained area and the filtering is repeated until a preset threshold is met, at which point a pathfinding algorithm is executed to obtain the routing path. This method can reduce the automatic routing search area and improve the routing efficiency of large-scale complex chips.

The invention discloses a multi-resource combination constrained plan-oriented two-point automatic path-finding method and system, belongs to the technical field of path planning, and aims to solve the technical problem that the prior art is disjointed from engineering practical application. Comprising the following steps: acquiring geographic coordinates, construction plan indexes and resource state data as input data; forming a multi-resource combination graph model comprising a node network, edges, a resource composition scene and constraint parameters; calculating the comprehensive weight of each resource combination scene of each edge through a plan-oriented cost function; constructing an improved Dijkstra algorithm introducing constraint screening, screening the edges and the corresponding resource combination scenes in the multi-resource combination graph model through the improved Dijkstra algorithm based on the comprehensive weight of each resource combination scene of each edge, and selecting an initial path scheme which meets a constraint condition and has the minimum comprehensive weight to form an initial path scheme; and the optimal path is solved again by improving the Dijkstra algorithm.

This application relates to the field of electronic circuit design technology, and in particular to a PCB layout optimization method suitable for signal transmission. This method acquires manufacturer-specific process capability parameters, constructs a manufacturing disturbance model including conductor geometric deviations, dielectric non-uniformity, and interlayer alignment errors, and embeds an electromagnetic simulation engine to form a dynamic signal integrity analysis model. Based on this, an adaptive layout constraint rule set is generated, driving the layout and routing algorithm to perform manufacturing robustness-oriented automatic routing. This solves the problem of signal integrity degradation in high-speed signal links on PCBs due to manufacturing fluctuations, pre-compensating for manufacturing-introduced non-ideals during the design phase, and improving the first-pass success rate and signal performance consistency of high-speed PCBs.

The invention discloses a three-dimensional automatic wiring method and system for a section attitude constraint object, and the method comprises the steps: carrying out the three-dimensional space discretization of an environment to be subjected to automatic wiring, constructing a three-dimensional voxel map, and configuring the geometric parameters and end point constraints of the section attitude constraint object; a predefined forming unit library is constructed, and forming units serve as basic composition units for object wiring; generating candidate forming units of all subsequent allowable types, and performing voxel collision detection; using heuristic search to solve an optimal wiring path, and adopting a multi-layer pruning strategy to obtain a forming unit sequence representing an object wiring path; and post-processing and outputting a final forming unit sequence, thereby completing three-dimensional automatic wiring of the section attitude constraint object. According to the method, through end-to-end connection and combination of the forming units, a complex three-dimensional path which meets endpoint constraint, is continuous in posture and feasible to manufacture can be constructed, and the method has extremely high universality and expandability.

The invention discloses a payment channel automatic routing method and device, equipment and a storage medium. The method comprises the steps of obtaining channel transaction data of a payment channel in a preset period, and determining a channel flow proportion and a channel period payment success rate of a plurality of agent channels of the payment channel in the preset period based on the channel transaction data; respectively calculating channel initial weights and channel priority factors of corresponding agent channels based on the channel flow proportions and the channel cycle payment success rates, and calculating channel weights of the agent channels according to the channel initial weights and the channel priority factors; and under the condition that a payment request sent by a client is received, performing weighted random selection on the plurality of proxy channels according to the weights of the channels to obtain a proxy routing channel, and distributing the payment request to the proxy routing channel. According to the scheme, the payment routing strategy is dynamically adjusted based on the channel transaction data, the payment request is distributed to the appropriate payment channel, the overall performance of the payment system is improved, and the user experience is improved.

The present application relates to the technical field of routing context connection, in particular, the present application relates to the zero code visualizing and automatic routing method of large model service arrangement, the present application extracts core entity and intention dependency by analyzing user session text, constructs entity intention graph and compresses state snapshot, and assigns global session ID, binds snapshot to distributed routing decision tree node and stores, establishes cross-node state continuity, when receiving new request, fusion snapshot and new session semantics, calculate routing weight offset correction decision table, through the rule and strategy of drag interface configuration, generate routing decision logic flow, this method solves the problem of session state loss and intention drift, improves service matching degree, reduces development threshold, and is suitable for agile construction of large model collaborative application.

This invention provides an automatic routing method and system for VoIP switches based on edge computing. By decentralizing routing decision-making to individual VoIP switches, a decentralized decision-making mechanism is achieved. The system consists of multiple VoIP switches and a central database. Each VoIP switch establishes a local data storage area and a local routing table, and exchanges data directly with other switches through point-to-point communication channels. When receiving a voice communication command, the switch first attempts to make a decision using its local routing table; only when local data is insufficient or expired does it request updates from neighboring switches or the central database. The system implements a data layering module, a route learning module, and a fault detection module, and can dynamically adjust the synchronization frequency according to network conditions. This design reduces reliance on the central database, lowers communication latency, improves system reliability and adaptability, and provides a more efficient routing solution for VoIP networks.

The invention discloses a containerized continuous integration delivery method, system and device and a medium, and the method specifically comprises the steps: collecting a historical construction log, predicting the resource demand and time consumption of a new task through a pre-trained AI model, and obtaining a prediction result; based on the prediction result, the DAG task priority is dynamically adjusted through a scheduler, and meanwhile, a target node is selected in combination with the real-time load of an actuator; in the task scheduling process, the code change frequency is analyzed, real-time caching is started for a high-frequency change directory, and a persistent mirror image caching layer is started for a low-frequency dependent packet; when a target mirror image warehouse network segment is detected, the target mirror image warehouse network segment is automatically routed to a same network segment actuator through a Karmada cross-cloud management platform; containerized build tasks are performed by the decoupled builder, and hierarchical caching is managed by a buffer independent of the builder. According to the invention, high efficiency, intelligence and resource optimization of containerized continuous integration delivery are realized, the quality and efficiency of continuous integration delivery are improved, and resource consumption is reduced.

The application provides a message processing method and device, electronic equipment and a storage medium, and relates to the technical field of computers. The method comprises the following steps: determining a tenant corresponding to a user who sends a group message; determining a first business cluster unit to which a group member belonging to the group message belongs based on the tenant and at least one unit routing rule obtained in advance; the unit routing rule represents a mapping relationship between the tenant or the group number and the business cluster unit; the business cluster unit comprises at least one service; and the group message is sent to a first service in the first business cluster unit, and the first service is used to send the group message to the group member. Since the unit routing rule represents the mapping relationship between the tenant or the group number and the business cluster unit, the group message can be automatically routed to the business cluster unit to which the group member belonging to the group message belongs through the at least one unit routing rule, cross-unit message processing of the business system and the routing logic is realized through the service in the business cluster unit, and the development efficiency is improved.

The invention relates to the technical field of BIM component relation determination, in particular to a BIM electromechanical pipeline path automatic routing and candidate node evaluation method. The method comprises the following steps: dispersing a three-dimensional space of a building into orthogonal grids with the step length of 50mm, and executing search A between a starting point and an ending point; by introducing an economic weight alpha, an elbow cost coefficient beta, a speed weight gamma and a safety weight delta, a weighted evaluation function F (n) = alpha * Ge (n) + beta * Gb (n) + gamma * H (n) + delta * Cr (n) giving consideration to'shortest path 'and'regional safety' is constructed, Cr (n) is dynamically assigned according to space regions such as an under-beam near region, a clear height strict control region and a high-voltage isolation region, alpha and delta are switched in real time along with the regions, and the optimal value is obtained. And economy priority and safety priority are continuously adjustable. According to the method, collision detection, standard avoidance and elbow counting are completed at the same time in the search process, the method can be implemented on a Revit platform, actual engineering verification shows that the comprehensive cost is reduced by more than 10% compared with a traditional method, the rework rate is reduced to zero, and the method has remarkable economic benefits and engineering popularization value.