17 results about "Information evaluation" patented technology

The present disclosure provides an information query method, device, equipment, storage medium and program product, relates to the technical field of data processing and computer, and particularly relates to the technical field of big data and intelligent search. The specific implementation scheme of the information query method is as follows: determining at least one candidate key information matched with the query information according to the query information; determining a first evaluation value for evaluating the candidate key information according to a key information evaluation parameter; determining at least one target key information from the at least one candidate key information according to the first evaluation value; and determining target content information according to the at least one target key information.

This application discloses a method, device, equipment, and medium for monitoring the execution of nursing plans, relating to the field of medical information technology. It preprocesses multivariate nursing information of the current patient to obtain a current nursing plan; inputs the current nursing plan into a target BERT model to obtain structured task tuples including various nursing interventions; uses an incremental FUP algorithm to mine strong association rules between the types of nursing interventions in the structured task tuples and the nursing record types corresponding to the current nursing execution event, and constructs an association graph based on these strong association rules; matches the current nursing execution event with the nursing interventions in the structured task tuples based on the association graph to obtain association evidence information; evaluates the execution status of the current nursing plan based on the association evidence information, and generates a quality control report based on the evaluation results. This eliminates data fragmentation in nursing plan execution monitoring, thereby improving the accuracy of monitoring results.

This invention relates to an information processing apparatus, an information processing method, and a storage medium. An information processing apparatus includes: an acquisition unit that acquires vehicle information related to a vehicle; an evaluation unit that performs a driving-related evaluation for a specific driver based on the acquired vehicle information and whether multiple evaluation items are good or bad; a receiving unit that receives a selection regarding whether to notify the specific driver of test information concerning a predetermined test of driving skills performed by a predetermined organization; and a control unit that performs control to prioritize displaying a specific evaluation item among multiple evaluation items, other than a specific evaluation item related to a determined item concerning whether the specific driver will undergo the predetermined test, when the evaluation result is displayed on a display unit and the receiving unit has received a selection to notify the specific driver of the test information.

The goal is to reduce miscommunication between the requesting physician and the testing personnel. [Solution] An information processing device (HIS1) for creating inspection order information comprises an evaluation receiving unit (control unit 11) that receives evaluation information for the inspection order information, and a first display control unit (control unit 11) that displays the evaluation information, or support information that assists in creating inspection order information based on the evaluation information, on a display unit 12.

According to an embodiment of the present disclosure, a method, device, equipment and storage medium for evaluating a target task are provided. The method comprises: determining at least one dialogue set by dividing the multi-round dialogue data of a target object arranged in reverse chronological order; determining the corresponding evaluation information of the at least one dialogue set by using a trained machine learning model, the evaluation information at least indicating the operation characteristics and attitude change trend of the target object in the corresponding time range for the target evaluation task; determining the target evaluation information for the multi-round dialogue data by performing a weighted fusion operation on the corresponding evaluation information based on the corresponding time range; and determining the evaluation result for the target evaluation task based on the target evaluation information. Thus, by batch summarization and time sequence weighting, the behavior and willingness change of the user in different time ranges can be effectively captured, thereby improving the accuracy of the evaluation and the sensitivity to the time sequence trend.

Provide a system. 【Solution means】 An information collection means for collecting user operation data, An information analysis means for evaluating the impact on the environment based on the collected information, An improvement plan generation means for providing an optimal countermeasure plan to the user based on the evaluation result, A progress tracking means for monitoring the achievement degree of the environmental policy set by the user, A system including a collaboration means for realizing information exchange with other users, A technical means for analyzing the user's energy consumption data and generating a proposal to promote specific behavior change, A notification means for sending a notification as a reminder to the user for the purpose of achieving energy consumption and environmental load reduction, A response means for providing real-time feedback on behavior change based on the data obtained from the user, A system including an evaluation means for evaluating the generated proposal using a probabilistic prediction model.

Provided is a generated information evaluation device capable of evaluating contribution of training data in a large-scale trained model subjected to fine tuning.　A generated information evaluation device according to the present disclosure includes: a data acquisition unit that acquires generated data that has been generated by a management target model; a feature extraction unit that extracts a feature portion, from the generated data, by using the management target model; and a contribution evaluation unit that evaluates, on the basis of the feature portion, contribution of a training data source used for training the management target model in the generated data.

This disclosure provides a method, apparatus, electronic device, and storage medium for displaying item-related elements, belonging to the field of computer technology. The method includes: in response to any item in an item list interface being triggered, displaying an item details interface for that item, the item details interface being used to display various attribute information of the item and supporting the retrieval of the item; in response to an interface return operation, displaying key attribute information and an item retrieval control from the various attribute information of the item in the item list interface, the key attribute information being used to indicate the advantages of the item, and the item retrieval control being used to retrieve the item. The above method significantly shortens the path from information evaluation to performing the item retrieval operation, improving item retrieval efficiency, that is, improving human-computer interaction efficiency.

The present application relates to the technical field of vibration monitoring, and discloses a kind of for historical building microvibration monitoring optical fiber sensing data analysis method and system, the method includes: the original interference signal is quadrature demodulated, and vibration in-phase component and quadrature component are obtained, and vibration complex signal is constructed with this as real part and imaginary part.The signal is unwound to obtain continuous vibration phase sequence, and vibration change sequence is obtained after high-pass filtering.The characteristic quantity of each band component in the synthesis sequence is formed to form the original characteristic vector.Based on the sensitivity of historical building monitoring site to vibration, the characteristic vector is fused to obtain the comprehensive vibration index.According to the concentration trend and dispersion degree of the index, determine the dynamic reference value and fluctuation range, judge the vibration deviation degree against the fluctuation range, and obtain the information evaluation conclusion;The present application can improve the accuracy of optical fiber sensing data analysis for historical building microvibration monitoring.

The present application relates to the technical field of signal processing, and provides a radar geographic information and echo fusion processing sample selection method and device. The present application uses a first echo information evaluation index and a first geographic information evaluation index to perform sample screening on historical data, to obtain a first clutter residue and a second clutter residue; according to the first clutter residue and the second clutter residue, a first fusion weight and a second fusion weight are determined; according to a fusion evaluation index, echo data is arranged from small to large, and the first preset number of echo data is determined as a training sample, thereby solving the problem that the prior art cannot effectively suppress non-uniform clutter when facing a scene in which a strong scatterer on the ground moves.

The application discloses a traditional Chinese medicine taking compliance information evaluation method and system, and belongs to the technical field of information evaluation. The method comprises the following steps: data acquisition, traditional Chinese medicine taking compliance information evaluation model construction, model parameter optimization and traditional Chinese medicine taking compliance information evaluation. According to the method, the mixed entropy is calculated by using the balance coefficient and the distribution adjustment index, the high-differentiation features are marked, the penalty coefficient is introduced, the compliance comprehensive complexity is obtained, the optimal split features and the optimal split points are determined, the decision tree is recursively constructed, and the total loss function is constructed. According to the population recombination probability, the dynamic recombination is carried out, the core template, the mutation template and the dynamic template are constructed, the three strategies are set, the individual positions in the elite population are updated, the elite guidance and the random disturbance are combined, the individual positions in the common population are updated, the optimal parameter combination is determined, and the stability and the accuracy of the traditional Chinese medicine taking compliance information evaluation result are improved.

This invention belongs to the field of image contrast enhancement technology, specifically relating to a method and system for security monitoring in smart parks. The method includes: dividing the park's monitoring video into multiple image groups; dividing the last video frame in each image group into multiple image blocks of the same size; calculating the dynamic information evaluation value of pixels in each image block based on the matching degree and motion vector between the best matching blocks corresponding to two adjacent video frames; calculating the integration coefficient of each grayscale value based on the combined frequency of each grayscale value and its adjacent grayscale values, and the dynamic information evaluation value, used to process the combined frequency of each grayscale value, obtaining a grayscale histogram constructed from the processed combined frequency, used for histogram equalization of the video frames in the image group, and combining the obtained enhanced image groups into an enhanced monitoring video for security monitoring. This invention enhances the detailed information of motion features in video frames.

This invention provides a vehicle health status monitoring method and system, applied in the field of vehicle assessment. The vehicle health status monitoring method is based on an input / output module, an information processing module, and a third-party information interface module. The monitoring method includes: S1: obtaining original vehicle condition information based on the input / output module; S2: obtaining reference vehicle condition information from a third-party platform based on the third-party information interface module; S3: correcting the original vehicle condition information based on the reference vehicle condition information to obtain corrected vehicle condition information; S4: obtaining market information about the vehicle from a third-party platform based on the third-party information interface module, and assessing the vehicle's health status based on the corrected vehicle condition information and market information. This invention corrects user-entered information using reference vehicle condition information from a third-party platform to eliminate erroneous information provided by the user, thereby improving the accuracy of vehicle health status monitoring.

The application provides a patent technology transformation monitoring and assisting method, system, device and storage medium, which comprises the following steps: collecting and acquiring enterprise R&D project information through a patent transformation platform; pushing performance target checking information to an enterprise end according to a set checking period, wherein the performance target comprises the number of patents, development progress, the number of participants, research progress and production line construction progress; evaluating the comprehensive progress of technology transformation according to the checking information, screening out R&D projects with comprehensive progress lower than a first set progress, and pushing assistance request information to the corresponding enterprise end; if the confirmation acceptance assistance information returned by the enterprise end is received, judging the compliance of the current progress of each performance target according to the checking information, and pushing the corresponding project assistance scheme according to the judgment result; when the R&D period ends, comparing the comprehensive evaluation progress with a second set progress, and judging the technology transformation condition according to the comparison result. The application can realize the monitoring and assisting promotion of patent technology transformation, and improve the transformation efficiency.

This invention discloses a knowledge graph-based method for evaluating human clinical information, comprising the following steps: collecting human clinical information of a target individual to generate a standardized clinical dataset; performing medical semantic extraction to generate a set of medical semantic elements; constructing a patient-level evaluation knowledge graph for the target individual to generate a clinical efficacy structure; identifying risk endpoint nodes, constructing an Even-Shiloach tree to form an Even-Shiloach forest; identifying a set of invalid edges, deleting the edges corresponding to the invalid edge set to obtain an updated Even-Shiloach forest; generating a hierarchical difference set and identifying the affected subgraphs, performing local evaluation updates to generate corresponding evidence chains; determining the initial evaluation result of the human clinical information, correcting the initial evaluation result to obtain a corrected evaluation result. This invention achieves dynamic updability and traceable evidence chains in the evaluation of human clinical information.

This invention relates to the field of automated assessment technology for children's writing disorders, and discloses a device and method for assessing children's writing disorders based on writing stylus timing information. The device includes a writing board with a power switch mounted through its surface and an electromagnetic pen slot through one side of the power switch. This invention achieves high-rate synchronous capture of pen tip position, X and Y coordinates, real-time pressure Z, and microsecond-level timestamps during the writing process using electromagnetic induction technology, constructing a complete spatiotemporal sequence of writing motion. This technological foundation overcomes the fundamental deficiency of traditional methods, which can only analyze static writing results, such as character shape and neatness, but cannot capture the details of the dynamic process. Based on this raw data stream, this invention systematically extracts at least 30 quantitative features covering six dimensions: time, speed, spatial geometry, pressure dynamics, behavioral norms, and character matching. The time dimension not only calculates the total duration but also analyzes the distribution and frequency of pauses.

The embodiment of the specification provides a method for mining factors, a method for constructing an investment model and an interaction method. The method for mining factors comprises the following steps: selecting a candidate element as an exploration node based on a preset node selection strategy to expand an exploration tree. The preset node selection strategy comprises the following steps: selecting according to return information when the candidate element is used as the exploration node. The candidate element comprises a factor generation operator and an initial feature. A factor tree is obtained from the exploration tree. The factor tree is a complete subtree extended from a child node under a root node of the exploration tree. An initial feature of a leaf node in the factor tree is used to evaluate a factor generation operator of a non-leaf node in the factor tree. A factor value of the factor tree is determined. The factor value and a return information evaluation strategy are used to evaluate return information of the factor tree. The return information is propagated to a root node direction of the exploration tree to update return information of exploration nodes on a propagation path. According to the return information of each factor tree, a factor tree satisfying a preset return condition is determined.