12 results about "Management planning" patented technology

The invention discloses a tourism industry management planning method for climate health, and belongs to the technical field of tourism management, and the method specifically comprises the steps: collecting a climate data set and a tourist health portrait set of a target tourism region; calculating a day-by-day climate comfort level in the planning period according to the climate data set; inputting the climate comfort level sequence and the tourist health portrait set into a climate health matching model, and generating a daily suitability score of each tourist health portrait; planning a health care activity sequence and a space moving path for each tourist health portrait based on the suitability scoring sequence; summarizing planning data of all tourist health portraits, and generating overall tourist distribution prediction and infrastructure load expectation; and according to the prediction result, adjusting the arrangement density of the health care activity sequence and the guiding strategy of the space moving path, and forming a final planning scheme. The invention provides a scientific and systematic planning management method for the climate health tourism industry.

To draft a water operation plan which realizes a water level response desired by a user.SOLUTION: The present invention is directed to a water operation planning system for drafting a water operation plan in a water supply facility having a plurality of distribution reservoirs by using a computer having a processor and a memory. The computer has an interface for setting, by a user, a weight coefficient as a parameter for use in determining priority for recovering a water level. The processor calculates, under restriction on a water demand amount predicted based on the past water distribution amount, with respect to each of the distribution reservoirs, plan values of a flow amount and a water level which minimizes a predetermined object function including items calculated by using the weight coefficient and a value based on a relation between a predicted water level of a distribution reservoir and a target water level of the distribution reservoir, and outputs at least the plan value and the weight coefficient to the interface.SELECTED DRAWING: Figure 1

The invention discloses a service life management method for aero-engine key component design, which gives basic contents contained in service life management after engine design is completed and the service life is determined, explains basic activities of service life management from a design source, and provides technical support for reliable operation and service life extension of an engine. According to the technical scheme, service life declaration comprises a service life declaration report, a service life management plan report and an engineering plan summary report, and information of all key parts of an engine should be combined into one service life declaration report, the related service life management plan report and the related engineering plan summary report; making a service life management plan after the service life declaration is approved by a bureau, wherein the service life management plan comprises the number of samples to be inspected and a service life zone thereof, a technical service life inspection scheme, a service life management plan range, a service life updating program, nondestructive testing specifications and process control, and application responsibility of the service life management plan; executing the service life management plan after the made service life management plan is approved by the bureau; and life examination or life extension.

We provide the system. [Solution] A means including multiple artificial intelligences that collect data related to urban management and perform analyses on energy, transportation, and the environment based on said data, A means for conducting virtual meetings among multiple artificial intelligences, integrating urban management information, and generating an optimal management plan, A means for automatically executing urgent management instructions based on the generated management plan, A means of notifying the user of the results of the execution and enabling them to make further decisions, A system that includes this.

It can reduce the effort required to create work plans for power plants. [Solution] A power plant work plan creation support system 10 that supports the creation of work plans 27 for inspection work etc. at a power plant, comprising: a first processing unit 13 that uses past process plans 16A, work area plans 16B, system management plans 16C and man-hour accumulation plans 16D to confirm first conditions 21 regarding the current work style, quality non-conformity and accidents; a second processing unit 14 that performs similarity search and clustering processing on past process plans, work area plans, system management plans and man-hour accumulation plans using machine learning and creates process plans 23A, work area plans 23B, system management plans 23C and man-hour accumulation plans 23D that satisfy the first conditions from the processing results; and a third processing unit 15 that combines the process plans 26A, work area plans 26B, system management plans 26C and man-hour accumulation plans 26D that have been corrected after being created by the second processing unit to create a work plan 27.

This invention discloses a tourism industry management and planning method for climate-based health and wellness tourism, belonging to the field of tourism management technology. Specifically, it includes: collecting a set of climate data and a set of tourist health profiles for the target tourist area; calculating the daily climate comfort level within the planning period based on the climate data set; inputting the climate comfort level sequence and the tourist health profile set into a climate-based health and wellness matching model to generate a daily suitability score for each tourist health profile; planning a sequence of health and wellness activities and spatial movement paths for each tourist health profile based on the suitability score sequence; summarizing the planning data of all tourist health profiles to generate an overall tourist distribution prediction and infrastructure load forecast; adjusting the density of the health and wellness activity sequence and the guidance strategy for spatial movement paths based on the prediction results to form the final planning scheme. This invention provides a scientific and systematic planning and management method for the climate-based health and wellness tourism industry.

We provide the system. [Solution] A terminal device for aggregating information obtained from individuals, Processing device means for analyzing the aggregated information and evaluating the state of the individual, A processing device that proposes a specific management plan for an individual based on the analysis results, A means of notifying individual devices of the proposed management plan via a terminal, A processing device that continuously monitors changes in the state of an individual and issues a warning when an abnormality is detected, A means of aggregating information to be used for health promotion activities in the local community, A system that includes this.

The invention belongs to the technical field of artificial intelligence, and discloses a resource optimization method and device, equipment, a storage medium and a product. According to the invention, data integration is carried out on the collected customer data and market data to obtain the integrated data set, and then the initial health management plan, the initial dynamic insurance policy and the initial resource usage amount corresponding to the customer are determined according to the integrated data set; and then constructing a target function based on the health management plan adjustment amount, the dynamic policy adjustment amount and the resource optimization adjustment amount corresponding to the client, and optimizing the initial health management plan, the initial dynamic policy and the initial resource usage amount based on the target function. According to the method, the interaction relationship can be maintained in the process of adjusting the dynamic insurance policy and the health management plan, so that the dynamic insurance policy and the health management plan do not deviate from each other or contradict each other, the optimization result of the resource usage amount is not easy to deviate from the basic health condition and the basic risk condition of the customer, and the resource usage amount of the customer can be effectively optimized.

The present application belongs to the technical field of river management, and specifically relates to a river quasi-natural assembly type management planning method. The present application obtains river hydrological characteristic parameters through remote sensing images, and combines multi-scale morphological clustering analysis to divide dominant morphological units, thereby realizing accurate identification of river morphological characteristics and division of management units, so as to improve the pertinence and adaptability of the management scheme. Through the matched management scheme in the management module library, assembly type management is implemented to improve the management efficiency and standardization level. Through real-time collection of the management recovery amount and closed-loop adjustment of the backtracking optimization mechanism, dynamic adaptation and accurate regulation of the management process are ensured, the ecological restoration effect of the river is effectively improved, and at the same time, when the management is invalid, an alarm prompt and an abnormal management unit marker are provided to facilitate quick identification and intervention of the management end, and the present application has strong practicability and operability.

The application discloses a three-dimensional semantic driven airport luggage intelligent retrieval method and system, relates to the technical field of management planning, and comprises the following steps: S10, acquiring an original point cloud of luggage to form a three-dimensional semantic feature F 3d raw ; S20, converting the three-dimensional semantic feature F 3d raw into a high-dimensional semantic vector F 3d , mapping the high-dimensional semantic vector F 3d to a public semantic space to generate a vector; S30, storing the vector into a database; S40, inputting a language describing the luggage to be converted into a vector; S50, calculating a cosine similarity of a text semantic vector and the three-dimensional semantic vector, arranging in descending order of the cosine similarity, and recalling TOP-K candidate luggage; and S60, generating a fine-grained matching score according to the candidate luggage, and reordering in combination of the cosine similarity and the fine-grained matching score.