40results about How to "Enables dynamic evaluation" patented technology

The invention relates to an evaluating system, an information interaction system with the same and an evaluating method. The evaluating system for evaluating a terminal comprises a database for storing evaluation related data for a terminal, an evaluating server for evaluating the terminal and businesses of the terminal by using the evaluation related data in the database, and a safety level determining server for determining the safety level of the terminal. The evaluating system is characterized in that the evaluating server comprises an initial evaluation processor and a accumulative evaluation processor, wherein the initial evaluation processor is used for initially evaluating the terminal and the current business thereof based on the evaluation related data of the terminal and the evaluation related data of the current business of the terminal, and calculating the score of the current time point; the accumulative evaluation processor is used for processing an accumulative score based on the score of the current time point, calculated by the initial evaluation processor, a history score and a recommended evaluation value, and calculating the comprehensive score; and the safety level determining server is used for determining the safety level of the terminal based on the comprehensive score of the accumulative evaluation processor.

The invention discloses a risk measuring method for a network system based on the Lie group. The method can achieve the complete and objective measurement of the safety risk of the network system. Themethod comprises the steps: mapping the network system from a low-dimensional Euclidean space to a high-dimensional Riemannian manifold by using the Lie group changes, and transforming a network state index change value to a high dimension, thereby achieving the more subtle depiction of the state dynamic changes during a network attack, and the calling relationship between the devices is transformed into the distance between the corresponding points of the Riemannian manifold; and achieving the dynamic evaluation of the attack and defense process of the network system through a utility function of the adjacent nodes in a service calling path and the Riemann distances. The method gives complete and overall consideration to the usability, connectivity and reliability of the network system during index selection, is more complete for the risk evaluation, and achieves the more objective of the attack risks according to the dynamic changes of device indexes in an attack process.

The invention discloses a system efficiency evaluation method based on a data station field and belongs to the technical field of simulation. The method comprises the steps of: 1, analyzing various performance indices of a system to be evaluated, obtaining simulation data of the performance indices from subsystems for different system design schemes, 2, constructing an information matrix for each subsystem under each system design scheme, placing the simulation data belonging to the same subsystem and the same system design scheme into the corresponding information matrix where subsystem attributes and scheme attributes are also stored, establishing search directories of the information matrices, 3, establishing an evaluation method set, searching the simulation data of the performance indices from the matrices according to the search directories, evaluating respectively by evaluation methods in the evaluation method set, setting weights of the evaluation methods in the evaluation method set, conducting weighted combination on evaluation results corresponding to the evaluation methods, and obtaining a final system evaluation result. The system efficiency evaluation method is applicable to dynamic evaluation of system efficiency.

An embodiment of the present invention provides a method for evaluating the amount of rainfall regulation and storage by ridges and ditches, including: obtaining the net rainfall of each time period of the ditch in the rainstorm according to a predetermined time interval, and obtaining the net rainfall of each accumulation period; according to the The characteristic parameters of the size of the furrow and the net rainfall in each accumulation period are evaluated by using the rainfall regulation and storage capacity evaluation model to evaluate the regulation and storage capacity of the ridge for each session, and the regulation and storage capacity of the furrow for each session is obtained in each time period. The method for evaluating the amount of rain regulation and storage by furrows for each field provided by the embodiment of the present invention can realize the dynamic evaluation of the amount of rainfall adjustment and storage by furrows.

The invention discloses a method for calculating and evaluating the containment leakage rate of a nuclear power plant. category assessment uncertainty; the category A assessment uncertainty and the category B assessment uncertainty are synthesized into the containment leakage rate uncertainty, so as to Compute for evaluation. The invention also discloses a calculation and evaluation system for the containment leakage rate of the nuclear power plant. The invention can improve the reliability and accuracy of evaluation.

A method for visualized dynamic assessment of rolling bearing reliability based on classified statistics comprises the steps that vibration signals of a rolling bearing are acquired at first; a root-mean-square index and a kurtosis index of the signals are computed, and the two performance index sequences are taken as an analysis object to obtain a certain quantity of statistic samples at normal running moments; an initial classified probability model based on a kernel density method is established; an initial classified probability image model is obtained through visualized processing; then, classification boundary lines are determined; a fault rate is extracted from the classified probability image mode; a reliability index is computed; when new performance data exists, class judgment will be conducted according to the classification boundary lines, a new classified probability image model will be established, classification boundary lines of each class are determined, and a reliability index is extracted; and different classes of samples are obtained along with continuous accumulation of the analysis samples, so that the classified probability image and the reliability index can be updated continuous, and the dynamic assessment of the rolling bearing reliability can be achieved. The method provided by the invention is dynamic, accurate and visualized.