53 results about "Information planning" patented technology

The invention relates to a line adjustment and electronic adjustment combined security card control system, method, device and equipment, a storage medium and a program product. The system comprises a state information acquisition module which is used for acquiring train number window information from a dispatching centralized control system under the condition of receiving a power failure and transmission operation application initiated by a power supply dispatching management system, acquiring planned power supply operation information from a power supply dispatching management system and acquiring power supply arm coverage information from a data acquisition and monitoring control system; the intelligent association analysis module is used for inputting the train number window information, the planned power supply operation information and the power supply arm coverage information into a pre-trained risk assessment model, analyzing the risk association degree of the train operation trend and the power supply operation through the risk assessment model, and outputting a risk assessment result according to the risk association degree; and the safety card control execution module is used for executing safety card control measures corresponding to the risk assessment result. By adopting the system, the running safety of the train can be improved.

The invention relates to the technical field of data processing, and discloses an event venue informatization planning method and system for comprehensive sports events. A to-be-deployed system determination mode, a basic system configuration information determination mode, a final system configuration information determination mode and a region allocation scheme determination mode can be used for determining the deployment system configuration information. Finally, a system facility integration scheme determination mode and an informatization planning scheme generation mode realize an event venue informatization planning function for a target sports event and a target event venue, and the comprehensiveness and rationality of the event venue informatization planning mode are improved. The diversity, flexibility and pertinence of parameters related to determination of the competition venue informatization planning scheme are improved, and then the accuracy, reliability, generation efficiency and generation convenience of the determined competition venue informatization planning scheme are improved, so that the accuracy and efficiency of competition venue informatization planning of comprehensive sports events are improved; and the information construction of the competition venue can be guided.

The invention provides an information planning interaction system for customer management, which relates to the technical field of information, and comprises the following steps: calling a customer information management library, and obtaining original customer management information from the customer information management library; receiving original customer management information, and performing preprocessing operation on the original customer management information to generate corresponding target customer management information; classifying the target client management information based on a support vector machine, and recommending a client service optimization strategy to a client corresponding to the target client management information according to a classification result; strategy recommendation feedback information of the client is collected through the personalized client interaction interface; and the customer service optimization strategy is correspondingly adjusted according to the strategy recommendation feedback information, so that efficient processing, intelligent analysis and personalized interaction of customer information can be realized, the intelligent level and interaction efficiency of customer management are greatly improved, the data acquisition efficiency is improved, and the service efficiency and market competitiveness of enterprise customers are improved.

An object of a system according to an embodiment is to provide an optimal diet plan based on a lifestyle and a health condition of a user and to maintain a continuous motivation.SOLUTION: A system includes a data collection part, an analysis part, a plan generation part, and a notification part. The data collection unit collects information on a lifestyle and a health condition of a user. The analysis unit analyzes the information collected by the data collection unit. The plan generation unit generates an optimal diet plan based on the information analyzed by the analysis unit. The notification unit notifies the user of the plan generated by the plan generation unit.SELECTED DRAWING: Figure 1

The invention discloses a cooperative towing control method for double unmanned ships for sea surface spilled oil recovery. The cooperative towing control method comprises the following steps: acquiring a nonlinear mathematical model of the double unmanned ships; obtaining a cooperative expected trajectory of the double unmanned ships based on the logic virtual ship; based on an LVS guidance strategy, obtaining a ship path tracking kinematics error according to the collaborative expected trajectory; based on the constructed preset performance control function, constructing a cooperative virtual control law according to position error conversion, and introducing a dynamic surface technology to perform filtering processing on the cooperative virtual control law so as to define and obtain dynamic errors of the double unmanned ships; and constructing a nonlinear compensation disturbance observer for spilled oil recovery according to the dynamic error of the double unmanned ships to obtain a final control law and a corresponding adaptive law so as to realize cooperative towing control of the double unmanned ships for sea surface spilled oil recovery. The problem that the control precision of the unmanned ships is reduced due to the fact that an existing algorithm assists in controlling the position stability of the double unmanned ships in the towing period only through guidance information planning and other means is solved.

The embodiment of the invention provides a driving information planning method and device, electronic equipment and a storage medium, and relates to the technical field of computers. The method comprises the following steps: acquiring an initial position and a target position of each first mine car in a mining area; for each first tramcar, constructing a reference line of the tramcar based on the initial position of the tramcar and the target position of the tramcar; for each first mine car, first driving information of the mine car is obtained through a kinematic model of the mine car and a reference line of the mine car; and for each first tramcar, obtaining second driving information of the first tramcar based on the first driving information of each second tramcar and the reference line of the tramcar. Each mine car can combine the driving information obtained through prediction construction of other mine cars with the reference line of the mine car, so that actual driving information which does not collide with other mine cars is planned, and an intelligent center body for mine car scheduling does not need to be independently arranged. Therefore, the reasoning complexity is not increased in a super-linear manner along with the increase of mine cars, and the calculation cost is saved.

The present disclosure provides a program generation method, a program broadcasting method, a program generation device, a program broadcasting device, and a program generation system. The program generation method for a server includes: obtaining a media material uploaded by a user, and auditing the media material; selecting a target display terminal; receiving program parameter information inputted by the user; generating information about a target program in accordance with the program parameter information and a display parameter of the target display terminal, the information about the target program including program information and plan information, the program information being used to indicate information about the media material in the program, and the plan information being used to indicate a broadcasting mode of the program; and transmitting the information about the target program to the target display terminal.

1. The name of the design product: progress planning board (engineering cost). 2. The use of the design product: the design product is used for engineering cost information planning display. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The present application discloses a self-inspection method and system for medical units based on data analysis, belonging to the field of information planning technology. The method includes: receiving and responding to a self-inspection request, retrieving multimodal data of a target medical unit, the multimodal data including text data, image data, sound data, and time series data; performing data processing and data fusion on the text data, image data, sound data, and time series data to obtain medical data; inputting the medical data into a self-inspection detection model, analyzing and detecting the medical data through the self-inspection detection model, and obtaining detection results output by the self-inspection detection model; analyzing the detection results, generating an assessment result of the target medical unit and matching it with rectification suggestions, and obtaining a self-inspection report of the target medical unit. This method can fully utilize the potential information in the data to achieve a comprehensive, personalized, and accurate assessment of the medical unit.

The invention discloses an automatic driving assistance system based on artificial intelligence, and relates to the technical field of automatic driving, and the automatic driving assistance system comprises an artificial intelligence system used for processing and planning surrounding environment data of a vehicle and a vehicle driving system. The artificial intelligence system comprises an interaction module, a road acquisition module, an instruction module, a safety module and an intelligent auxiliary module. And the interaction module is mainly used for communicating with third-party map software, and identifying and judging a third-party map information planning route. The system has the advantages that when a driver drives a vehicle, the road acquisition module acquires vehicle driving peripheral information; the map software is transmitted to the road acquisition module by using the interaction module, the planning information of the map software is classified by using the instruction module, and the driving vehicle is protected by using the safety module during lane changing, so that early warning can be performed when the driver changes the lane.

Embodiments of the present application provide a process route division information planning method and device based on synchronous modeling and parallel process design, equipment and medium, relating to the technical field of aviation manufacturing process design, wherein the method comprises: in the design system, the process route division information corresponding to each design information of different maturity stages of the digital model is determined simultaneously; when the design system releases the digital model, the process route division information corresponding to the last maturity stage is sent to the process system; when it is detected that the design of the digital model in the design system is changed, the process system acquires the changed digital model information and generates an implicit route change order, and maintains the process route division information according to the implicit route change order; when it is detected that the design of the digital model in the design system is not changed and there is a production route change of zero-group components, the process system generates an explicit route change order and maintains the process route division information. The scheme is beneficial to shorten the process preparation period.

The invention discloses an SPC-based wafer production process flow quality control system and control method. The system comprises a historical data management module, an alarm management module, a plan management module, a rule management module, a CPK report management module and a control chart module. The historical data management module is used for storing data uploaded to the system in the production process; the alarm management module is used for generating alarm information when the parameters violate the SPC control rule; the plan management module is used for creating, querying, modifying and deleting a management and control plan of the operation; the rule management module is used for displaying control rules defined by the system; the CPK report management module is used for generating a process capability analysis report according to the historical data; and the control chart module is used for displaying a control chart of the parameters in real time. According to the invention, accurate monitoring and analysis can be realized, problem delay identification is reduced, production interruption and quality defect risks are reduced, and production efficiency and product quality are improved.

Systems and methods for generating an efficient patient treatment plan are disclosed. An example system includes a user interface, a planning engine, a learning interface, and a planning engine reconfiguration routine. The user interface is configured to receive patient information associated with a current patient and to provide information indicative of an efficient treatment plan. The planning engine is responsive to said patient information and configured to provide a portion of a treatment plan based on said patient information. The learning interface is configured to receive learning information indicative of a resultant efficiency of said portion of said treatment plan. The planning engine reconfiguration routine is operative to adjust said planning engine based on said learning information.

The invention provides a plan execution method, device and system, equipment, a cluster, a product and a medium. The method is applied to a plan execution system and comprises the steps that plan time data and configuration information are obtained, the plan time data are time periods needing plan arrangement, the configuration information comprises plan level information, plan item information and plan cycle information, the plan level information is used for indicating related information of plan levels, and the plan item information is used for indicating the plan levels; the plan item information is used for indicating related information of plan items, the plan cycle information is used for indicating related information of plan cycles, and the plan data is data obtained by querying plan time data, plan level information, plan item information and plan cycle information; generating a plan table according to the plan time data and the configuration information; and allocating funds according to the plan data in the plan table. The method can effectively adapt to the continuously changing requirements of different business scenes, and has high flexibility.

The application relates to the technical field of data processing, and discloses a competition venue informatization planning method and system for comprehensive sports events, which can realize the function of competition venue informatization planning for target sports events and target competition venues through a to-be-deployed system determination mode, a basic system configuration information determination mode, a final system configuration information determination mode, a regional allocation scheme determination mode, a final system facility integration scheme determination mode and an informatization planning scheme generation mode, improves the comprehensiveness and rationality of the competition venue informatization planning mode, improves the diversity, flexibility and pertinence of parameters related to the determination of the competition venue informatization planning scheme, and further improves the accuracy and reliability, generation efficiency and generation convenience of the determined competition venue informatization planning scheme, so as to improve the competition venue informatization planning accuracy and planning efficiency of the comprehensive sports events, and help guide the competition venue informatization construction.

The invention discloses an area measuring device for geographic information planning, and relates to the technical field of laser surveying and mapping instruments, the area measuring device comprises a base mounted on a tripod and a machine body, a cavity is formed in the machine body, a mounting ball is mounted in the cavity, a mounting cavity is formed in the mounting ball, a laser transmitter is fixedly mounted in the mounting cavity, and the laser transmitter is connected with the base. And a symmetrical optical bridge assembly matched with the laser transmitter is mounted in the mounting cavity. The device has the advantages that laser can be divided into a measuring light beam and a reference light beam, a real-time differential reference system is formed, environmental interference is effectively counteracted, the measuring precision is remarkably improved, the coverage range of the measuring light beam can be accurately adjusted, frequent movement of a machine body does not need to be avoided, the working efficiency is greatly improved, in addition, the mounting ball can be automatically kept in a vertical state, and the working efficiency is improved. The problems of low manual leveling speed and large residual error are solved, and the accuracy is further ensured while the measurement convenience is improved.

An object of a system according to an embodiment is to enable a traveler to create his or her own original travel plan and to collectively make reservations for restaurants and activities.SOLUTION: A system includes an information collection part, an analysis part, a plan generation part, and a reservation part. The information collection part collects information based on the desire of the traveler. The analysis unit analyzes the information collected by the information collection unit. The plan generator generates an original travel plan based on the information analyzed by the analyzer. The reservation unit makes a reservation for a restaurant or an activity based on the travel plan generated by the plan generation unit.SELECTED DRAWING: Figure 1

The invention discloses an enterprise cooperation screening method and device based on machine learning, equipment and a medium, and belongs to the technical field of data processing.The method comprises the steps that related service enterprise sets are matched from to-be-selected enterprises on the basis of resource requirement information, and all service enterprises in the service enterprise sets are selected; based on cooperation matching degree scores between service qualification information and service qualification demand information of the service enterprises, for each service enterprise in the service enterprise set, planning cooperation duration information and enterprise position information based on respective weights, cooperation matching degree scores, cooperation duration scores and logistics scores; and calculating the comprehensive matching degree between each service enterprise and the target enterprise, sorting each service enterprise based on the comprehensive matching degree, and pushing the sorted service enterprises to the target enterprise, so that the technical problem that the finally selected cooperative object is not satisfactory due to the fact that the multi-aspect requirements of cooperation cannot be comprehensively considered in the enterprise screening process is solved.

The invention discloses a desktop type intelligent sorting and dispensing system and method, and belongs to the technical field of intelligent medical equipment. The system comprises a desktop type six-degree-of-freedom mechanical arm, a visual detection module and clamping jaw suction cup integrated operation tool integrated at the tail end of the mechanical arm, a stereoscopic warehouse used for storing multiple kinds of medicine, a medicine split charging station provided with an information display screen, a single-time medicine dispensing box station, a main controller and a man-machine interaction touch screen. The medicine type is automatically positioned and recognized through visual recognition, the taking and placing path is planned according to prescription information, grabbing and sorting of the medicine are completed through an end operation tool, and automatic dispensing of single-time medicine use is achieved. The automatic medicine dispensing device is compact in structure, low in cost and suitable for various medicine forms such as tablets, capsules and pills, medicine dispensing efficiency and accuracy are improved, manual errors and occupational exposure risks are reduced, and the automatic medicine dispensing device is suitable for various scenes such as hospital wards, old-age nursing institutions and home nursing.

To provide a method of enabling efficient greenhouse gas emissions management, including computation of greenhouse gas emissions by a business operator.SOLUTION: A greenhouse gas emissions management method according to an embodiment of the present invention comprises receiving location information and plan information from a business operator terminal, receiving information on water usage and charges of a business operator from a database managing water supply data, and deriving greenhouse gas emissions based on the location information, plan information, and information on the water usage and charges.SELECTED DRAWING: Figure 11

The present disclosure provides a hazard prediction system capable of performing highly accurate hazard prediction regardless of the knowledge and experience of the user. A hazard prediction system (100) comprises an information acquiring unit (101), a plan acquiring unit (102), and a prediction information acquiring unit (106). The information acquiring unit (101) acquires site information relating to a work site (WS). The plan acquiring unit (102) acquires a work plan for the work site (WS). The prediction information acquiring unit (106) acquires hazard prediction information as a result of causing a language model (LM) to interpret the site information acquired by the information acquiring unit (101) and the work plan acquired by the plan acquiring unit (102).

The invention discloses a garbage incinerator adaptive control method fused with a natural language, and the specific implementation scheme comprises the steps: S1, obtaining manual inspection information and planned maintenance information, inputting the manual inspection information, the planned maintenance information and a control instruction into a working condition description instruction generation model in combination with cues, and generating working condition description information; s2, inputting the working condition description information into a pre-action generation model to generate pre-action generation description; s3, converting the pre-action generation description into a 1024-dimensional integral fusion feature through a vectorization model; and S4, inputting the overall fusion features and field sensor data into a data-driven action model to output a control command of an execution mechanism. The method solves the problems that the model is difficult to train and the working condition adaptability is poor due to the fact that the quantization instruction feature space of the controller is very complex.

Provided in the present application are a plan execution method, apparatus and system, and a device, a cluster, a product and a medium. The method is applied to a plan execution system, and comprises: acquiring plan time data and configuration information, wherein the plan time data is a time period that needs to be subjected to plan formulation, the configuration information comprises plan hierarchy information, plan item information and plan cycle information, the plan hierarchy information is used for indicating information related to a plan hierarchy, the plan item information is used for indicating information related to plan items, the plan cycle information is used for indicating information related to a plan cycle, and plan data is obtained by means of performing querying on the basis of the plan time data, the plan hierarchy information, the plan item information and the plan cycle information; generating a plan table on the basis of the plan time data and the configuration information; and allocating funds on the basis of the plan data in the plan table. The method can effectively adapt to constantly changing requirements of different service scenarios, and has high flexibility.

The application relates to the field of medical systems, in particular to a gastrointestinal hemorrhage prediction analysis system and method based on information planning, which analyzes the damage of food to the digestive tract and the influence of gastrointestinal hemorrhage abnormalities on the food through a multi-source data fusion method, judges the damage risk of food to the digestive tract, improves the edible safety of food, analyzes the chewing habit through a multi-layer perception machine neural network model, evaluates the influence of chewing on food, and then judges the damage of food to the digestive tract after chewing, and improves the accuracy of the damage risk judgment of food to the digestive tract.

To improve development efficiency of an application.SOLUTION: An information program causes a computer to perform processing of: generating shared libraries 112A and 112B indicating a correspondence between external devices and data types of respective pieces of data transmitted from the external devices, and tags for identifying respective data to be used by a plurality of programs 111A and 111B executed by a controller 1; and transmitting the shared libraries 112A and 112B to the controller 1 to hold them, and causing the controller 1 to hold a tag definition for associating each piece of data and tag based on the shared libraries 112A and 112B.SELECTED DRAWING: Figure 5

The invention discloses a multi-task starting method, a multi-task starting device, an embedded real-time operating system and a computer readable storage medium. The multi-task starting method in the embodiment of the invention comprises the following steps: constructing a task information planning table of a plurality of tasks; based on the task information planning table, a plurality of directed graphs are determined, and each directed graph comprises at least part of the tasks; sorting the tasks included in the plurality of directed graphs to obtain a plurality of corresponding starting sorting sequences; determining a task starting array according to the plurality of starting sorting sequences; and when the embedded real-time operating system is started, starting a plurality of tasks based on the task starting array. Thus, the overall starting sequence of the multiple tasks can be determined through a simple algorithm, the starting speed is high, and resources of the embedded real-time operating system cannot be occupied.

To provide a method of enabling efficient greenhouse gas emissions management, including computation of greenhouse gas emissions by a business operator.SOLUTION: A greenhouse gas emissions management method according to an embodiment of the present invention comprises receiving location information and plan information from a business operator terminal, receiving information on gas usage and charges of a business operator from a database managing gas data, and deriving greenhouse gas emissions based on the location information, plan information, and information on the gas usage and charges.SELECTED DRAWING: Figure 11

Embodiments of the present application provide a flight information planning method and device, an unmanned aerial vehicle and a readable storage medium, and relate to the technical field of unmanned aerial vehicles. The method comprises: obtaining an initial transport route of an unmanned aerial vehicle hoisting a target cargo; extracting a turning flight section from the initial transport route; for each turning flight section, determining first flight information of the turning flight section, with the first cargo yaw condition within a preset yaw range when the unmanned aerial vehicle hoists the target cargo based on the turning flight section as the target. The first flight information is used to indicate the flight route and flight speed used by the unmanned aerial vehicle when hoisting the target cargo based on the turning flight section. In this way, flight information can be obtained to enable the unmanned aerial vehicle to automatically hoist the cargo in the turning flight section and ensure safety, thereby saving a large amount of manpower.