37 results about "Maturity assessment" patented technology

In one embodiment, a process for identifying and monitoring one or more best practices of an enterprise includes defining a set of criteria for determining whether each of a plurality of practices of the enterprise qualify as a best practice of the enterprise. The process also includes receiving a practice profile of a particular practice of the enterprise, the practice profile comprising information associated with the particular practice and relating to one or more of the criteria. The process also includes performing a maturity assessment process to determine, based on a comparison between the practice profile for the particular practice and the set of criteria, whether the particular practice qualifies as a best practice of the enterprise and, if the particular practice so qualifies, assigning a best practice maturity level to the particular practice, the best practice maturity level defining to what degree the particular practice qualifies as a best practice of the enterprise.

A Technology Program Management Model (TPMM) for management of technology development. The TPMM is an activities-based model that is subdivided along technology readiness level (TRL) boundaries into phases of technology development that logically progress from concept to operational capability and readiness for transition to the customer/end user. The TPMM provides a standardized approach to technology development that incorporates systems engineering and programmatic principles and practices with transition management in a stage-gated process for TRL-based maturity assessment. The TPMM includes a relational database that relates the activities to one another, to entry and exit criteria for each phase, and to documentation that demonstrates that the activity meets the requirements of each phase.

Methods, systems, and data structures for modeling information quality are provided. Information metrics, levels of maturity, and capabilities are integrated and linked with one another to provide an information quality and maturity assessment framework and tool. The framework is visualized and traversed in one or more dimensions. Sets of three metric values are provided to the tool for generating a current information quality state of a specific information repository. A desired information quality state is selected, and the tool generates a map of intermediate information quality states needed to optimally reach the desired state from the current state.

An improved process and method for lifecycle digital maturity assessment, including process evaluation and ranking, and the creation of recommendations.

Method and system embodiments for assessing control maturity in security operations environments are described. According to some embodiments, the method facilitates a nonintrusive, automated means to configure and detect security controls installed in an Information Technology (IT) environment. The system verifies that these controls function as expected over a specified period of time and then maps each security control to a cell in a matrix of operational functions crossed with asset classes. The system captures metrics for security control activity that are displayed in the matrix to facilitate an assessment of security control architectural maturity. The system automatically generates visual and textual reports that provide recommendations to improve cybersecurity by enhancing existing and adding new controls, specify a suggested timeline for introducing those controls, and document gaps in compliance. The reports include automated remediation recommendations per compliance framework, including the ability to apply custom frameworks.

Systems and methods for assessing, tracking and improving security maturity of an organization are provided. Described is a system for assessing security maturity of an organization. The system receives a list of data sources located across multiple jurisdictions for the organization, collects data sources/data using custom rules from a plurality of data sources of the list of data sources, determine criticality score for each of the plurality of data sources, calculates data source coverage and asset collection coverage, determines use case coverage, and determines security maturity score using a maturity score model. The maturity score model is a logistic equation which is a function of the data source coverage, the asset collection coverage, the criticality score associated with each of the plurality of data sources, the use case coverage, asset coverage by each the plurality of data sources.

The invention relates to a TRL (technology readiness level)-based technical maturity assessment information processing method for aeronautic equipment. The TRL-based technical maturity assessment information processing method comprises the following steps: 1, a login request is sent to the application server by a client side; 2, the application server judges the type of the client side according to the information sent by the client side, and the step 3 is executed if the client side is a template management client side, and the step 4 is executed if the client side is a project evaluation client side; 3, the template management client side takes the built technical maturity assessment template as the center to generate the specific technical maturity assessment standard information for the aeronautic equipment, form an assessment template and send the assessment template to a database server; and 4, the project evaluation client side takes technical maturity of a specific project as the judgment main line, and takes the assessment standard information obtained from the server as the judgment scale, so as to form technology readiness level information of key technology elements in project development of aeronautic equipment. Compared with the prior art, the TRL-based technical maturity assessment information processing method has the advantages of efficient information processing specification and clear information structure layer.

The invention discloses an enterprise data maturity evaluation method and device and computer equipment. According to the embodiment, a plurality of dimensions, namely a plurality of first attribute evaluation indexes, influencing the data analysis application maturity of a target enterprise are used for comprehensively evaluating the maturity of the target enterprise; the plurality of users scorethe target enterprise according to the plurality of first attribute evaluation indexes, wherein each first attribute evaluation index has a plurality of first attribute scores; then, the distributionweight, namely the first attribute weight, of each first attribute evaluation index can be combined for analyzing an algorithm according to preset data maturity to obtain the data maturity evaluationresult of the target enterprise; compared with the prior art that maturity evaluation is directly carried out on the target enterprise by a certain expert, comprehensive evaluation is carried out from multi-dimensional parameters of the target enterprise by utilizing a data maturity analysis algorithm in the embodiment, the enterprise data analysis maturity evaluation accuracy is improved.

The present invention relates to the technical field of information system evaluation, and discloses a system maturity evaluation method of an information system, which is to establish each maturity level evaluation model sequentially from bottom to top; Aggregation model of subsystem technology maturity level; then considering the relative importance of n subsystems, respectively establish subsystem interoperability maturity level, subsystem mutual cognition maturity level and subsystem technology maturity level to interoperability maturity The aggregation model of degree level, mutual cognition maturity level and technology maturity level; finally establish the aggregation model of interoperability maturity level, mutual cognition maturity level and technology maturity level, so as to obtain the information system system maturity evaluation result ; The present invention overcomes the evaluation defect of the existing single technology, and can comprehensively evaluate the relative importance and maturity of the information system components and sub-systems.

The invention discloses an intellectual property value assessment system comprising an intellectual property investment cost statistical module, an intellectual property innovativeness assessment module, an intellectual property maturity assessment module, an intellectual property market applicability assessment module, an intellectual property market implementation capability assessment module, an intellectual property market monopoly assessment module, an intellectual property ownership situation assessment module and an intellectual property quantity statistical module. The intellectual property is assessed from the above aspects, and work personnel only require to input basic information of the intellectual property under assessment to perform preliminary assessment so as to provide certain reference standards for making the final assessment result and reduce probability of assessment error.

The invention provides a method and device for evaluating the maturity of a model. The method comprises the following steps: constructing an index system of the maturity of the model, and obtaining index data, wherein model maturity indexes in the index system comprises a construction stage index, an execution stage index, and a management stage index; determining the weight of the index in each stage; and calculating the value of the model maturity based on the index and the index weight, and evaluating the grade of the model maturity. According to the model maturity evaluation method and device provided by the invention, the development and use stages of the model are evaluated, the evolution states of the model and the system to which the model belongs can be deeply understood, rapid index data import and evaluation algorithm configuration can be provided, and conditions are provided for model evaluation personnel and field experts to rapidly and accurately evaluate the model.

The invention relates to the technical field of aquaculture, in particular to a sea cucumber gender rapid non-destructive identification method. The method includes the steps of directly scanning sea cucumber with developed gonads for examining with a medical ultrasound scanner and determining the gender of the sea cucumber according to typical echo characteristics of male and female gonad tubules of the sea cucumber on the basis of an obtained echo image, wherein the acoustic image characteristics of female gonads are that a single gonad tubule ultrasound image is uniform in brightness, the tubule wall is not different from the gonad cavity in the echo intensity, and the overall ultrasound image brightness is significantly higher than a digestive tract tissue, and the acoustic image characteristics of male gonads are that the echo intensity of the tubule wall of a single gonad tubule is significantly higher than the gonad cavity, and the overall ultrasound image brightness is in the same with or lower than the digestive tract tissue. By means of the sea cucumber gender rapid non-destructive identification method, the sea cucumber gender can be identified without anatomizing and injuring the sea cucumber and is high in identification accuracy. The sea cucumber gender rapid non-destructive identification method can be widely used in male and female sea cucumber screening during larval sea cucumber cultivation, gonad development process monitoring and maturity assessment.

The invention discloses a method and a device for evaluating maturity of a scientific and technological resource service platform. The method comprises the following steps: establishing maturity evaluation indexes of scientific and technological resource service platforms, wherein the indexes comprise at least one first-level index and at least one second-level index under each first-level index; respectively establishing a subjective evaluation data set, an objective evaluation data set and a platform evaluation data set of each scientific and technological resource service platform to be evaluated according to the maturity evaluation indexes of scientific and technological resource service platforms; and according to the subjective evaluation data set and the objective evaluation data set, calculating a comprehensive weight of each to-be-evaluated scientific and technological resource service platform under the secondary index, and according to the comprehensive weight and the platform evaluation data set, obtaining a maturity level of each to-be-evaluated scientific and technological resource service platform. The method not only solves the problems of fuzzy development path and unclear core capability of current scientific and technological resource service platforms, but also solves the problem of inaccurate evaluation result caused by inaccurate evaluation information.

The invention discloses a city data maturity evaluation method and system. The method comprises the steps that data maturity evaluating indicators are selected; the weight of each evaluating indicatorin the data maturity evaluating indicators is adjusted according to the field and scope of evaluation; and data calculation is carried out according to the data maturity evaluating indicators and theweights of the indicators to acquire a data maturity evaluation result. According to the city data maturity evaluation method and system, evaluating indicators and impact factors can be dynamically selected for different evaluation contents and evaluation keys during an evaluation process; the effectiveness of the evaluating indicators and the degree of the influence of different sub-indicators on a specific evaluation content are clear; the evaluation result is acquired, and the systematicness and rationality of evaluation are ensured; and the city data maturity evaluation system provided bythe invention has a good reference value for data maturity evaluation in other fields.

The invention discloses a TRL-based smart grid technology maturity evaluation method, constructs an evaluation system, and stores three first-level indicators of established technical performance, technical and economic value, social and environmental impact and its two-layer lower-level indicators in one indicator In the database; evaluate the technical performance indicators using the grade evaluation method, and decide whether to evaluate the other two indicators; use the extreme value processing method to normalize the three-level indicators in the index database; use the extreme value processing Obtain the normalized results of technical performance; use the ordinal relationship-coefficient of variation method to determine the weight of the normalized indicators and the determined secondary indicators of technical and economic value, social and environmental impact; synthesize the indicators after weight determination Evaluation, get the scores of indicators at all levels and technology maturity scores, and analyze the uncertainty. The invention can effectively avoid the singleness and one-sidedness of the evaluation, and has certain significance for grasping the information of the power grid macroscopically.

The invention discloses a CTE technology maturity evaluation method. The method comprises the steps of (1) establishing a technology maturity evaluation framework; (2) according to the technology maturity evaluation framework, establishing a technology maturity evaluation general rule; (3) conducting the iteration judgment according to the technology maturity evaluation general rule, and obtaininga final evaluation result. According to the evaluation method, a scientific evaluation criterion, a standard evaluation process and an explicit evaluation organization are established, so that the evaluation method is scientific and efficient, clear in organization duties, standard in process and easy in operation. The evaluation process is convenient for achieving unified management and traceability.

Provided are a management method, system and program for detailed engineering of a plant project. The management method includes: determining a start date for a process of a project; preparing an engineering maturity assessment data including index data; determining a key milestone schedule; calculating a first engineering maturity assessment score at a contract time; comparing the first engineering maturity assessment score with a reference value, calculating a second engineering maturity assessment score at a key milestone time; comparing the second engineering maturity assessment score with a second reference value; calculating a third engineering maturity assessment score at the start date; and comparing the third engineering maturity assessment score with a third reference value, wherein the process is performed according to the start date for the project process if the third engineering maturity assessment score is less than the third reference value.

The invention belongs to the technical field of block chains, and particularly relates to a data acquisition classification and grading maturity index accounting method, a block chain system and a data acquisition classification and grading maturity evaluation method. The data acquisition classification and grading maturity index accounting method comprises the steps that firstly, an identification capability index and a management index in data acquisition classification and grading maturity indexes are obtained; based on the block chain network, a consensus request is initiated for the obtained identification capability index and the management index, signature is performed after consensus is completed, uplink storage is performed on the identification capability index and the management index after consensus is completed, and the obtained identification capability index and the management index are consensus through a block chain, so that the extracted maturity index is higher in credibility and higher in accuracy, and the fairness of an evaluation result can be guaranteed. The identification capability index and the management index which are subjected to consensus are stored on the block chain, so that the identification capability index and the management index cannot be modified, the identification capability index and the management index can be called and used each time of evaluation, the identification capability index and the management index do not need to be additionally established, and the evaluation workload is greatly reduced.

The invention discloses a maturity assessment method for the scheme of an aircraft collaborative design platform. The maturity assessment method relates to a research and development requirement-technical characteristic quality house and a fuzzy assessment method. The research and development requirement-technical characteristic quality house of the designed aircraft collaborative design platform comprises a left wall, a ceiling and a room, wherein the left wall is used for describing research and development requirements, the ceiling is used for describing technical characteristics, the room is used for recording a relation matrix between the left wall and the ceiling, and the maturity assessment method is characterized in that an assessment value can be shown through fuzzy section information; the fuzzy assessment method based on group consistency strength converts fuzzy section assessment information into the determined assessment value through a semantic discount factor, the problem of processing fuzzy and lost information in an assessment process can be solved, and assessment subjectivity can be lowered. The maturity assessment method can solve the problems of index design, description and integration of fuzzy assessment information, and the like in the assessment process, and provides a novel idea for quality assurance and process control in aircraft collaborative design.

The invention discloses a maturity evaluation system and evaluation method for a black light factory, and the system comprises an industrial production information input module which is used for obtaining all industrial production information in an industrial production enterprise in a process from raw material feeding to product discharging, packaging the information to generate an industrial production data package, and uploading the industrial production data package; an information storage and maturity evaluation module which is used for receiving and storing the industrial production data packet, unpacking, reading, analyzing, generating a maturity evaluation result and issuing the maturity evaluation result; and a maturity evaluation result output module which is used for receiving the maturity evaluation result and performing concrete display. According to the system, maturity evaluation of the black light factory project in an industrial production enterprise is realized in an automatic and systematic manner, the enterprise can be helped to timely and visually know the defects existing in the project, and the enterprise is promoted to continue technical exploration of the black light factory along a correct direction and route.

The invention discloses an automobile product data maturity intelligent evaluation method and system based on a PLM platform and a computer readable storage medium. The method comprises the steps of constructing a bottom-layer part product data structure model in a PDM system, determining a bottom-layer part maturity evaluation extraction content matrix, establishing a PDM system database, constructing a single virtual whole vehicle for product data maturity evaluation in the PDM system, carrying out design data maturity evaluation on all parts in a whole vehicle part list one by one, and carrying out design data maturity evaluation on all parts in the whole vehicle part list. The maturity evaluation result is output to a HOME folder of the PDM system; and carrying out design data maturity evaluation again after the parts which do not reach the standard are rectified until the product data maturity of the whole vehicle reaches the standard. By intelligently evaluating the product data maturity, the data maturity evaluation result list of the whole vehicle part can be quickly output, so that the intelligent evaluation of the whole vehicle product data maturity is realized.