16 results about "Software Evaluation" patented technology

The invention discloses an industrial control software-oriented AI intelligent software evaluation index system construction method, and relates to the technical field of index system construction, and the method comprises the steps of obtaining a semantic time period according to log data of an industrial control task; grouping the multi-period coordinate semantic record table corresponding to the semantic period and determining a geometrical relationship to obtain a geometrical relationship signature table; obtaining a target task combination based on the geometrical relationship signature table, and obtaining an extended task record table based on the target task combination; calculating a success rate index based on the extended task record table, and generating an index table of the semantic evaluation unit based on the success rate index; according to the method, stable and reliable data support can be provided for industrial control software version selection, upgrading decision and operation optimization.

The application discloses a kind of software evaluation method, device, equipment and storage medium, and specifically discloses: receiving the software requirement document uploaded by user, and the software requirement document is parsed, and target analysis data is extracted;Target analysis data includes function item description, data element type and file reference type;Based on function item description and interface image associated with function item description, a multi-modal fusion analysis technique is used to classify the function items, resulting in a classification result;The function items are checked for duplicates, resulting in a first inspection result, and the data element types and file reference types are checked for form, resulting in a second inspection result;Form checking includes illegal character checking and character duplication checking;According to the classification result, the first inspection result and the second inspection result, a function point analysis table is generated, and a software evaluation report is generated based on the function point analysis table.

The invention discloses an enterprise software system evaluation method and device based on a full link, and relates to the technical field of software evaluation. The method comprises the following steps: firstly, preliminarily drawing up key links of a full life cycle by obtaining enterprise software system construction demand information; secondly, defining a core evaluation target of each link and defining a range; determining links generating chain reactions based on the target and the range, and constructing a link cooperation matrix; determining a synergistic effect coefficient matrix, judging the gain influence of link collaboration on the whole link, and determining a sub-link quality index; and finally, performing full-link evaluation in combination with the link cooperation matrix and the sub-link quality index. The device comprises a demand information acquisition and key link drawing up module, an evaluation target and range defining module, a chain reaction link identification and matrix construction module and a full link evaluation execution module, comprehensive and accurate evaluation of full links of a software system is achieved, and a basis is provided for system optimization.

This invention relates to the field of intelligent control technology for automotive rear wheels. Specifically, it relates to a performance evaluation method and system for an automotive rear-wheel active steering system. Based on the functional requirements of the entire vehicle and the standards and requirements for vehicle dynamics performance, a complete system and testing method for evaluating the function and performance of the rear-wheel steering system are established. This includes: functional scenarios, scenario conditions, condition evaluation indicators, and evaluation methods. These serve as preliminary evaluation standards in the control strategy software development stage, enabling virtual simulation verification and rapid strategy and software evaluation and optimization. They can also serve as the basis for test conditions and test cases in the controller hardware and software integration development stage, allowing for controller-in-the-loop semi-physical simulation testing and rapid verification of the controller software and hardware. Finally, they serve as the judgment standard for bench testing of the rear-wheel active steering physical system's function and performance, vehicle calibration, and test evaluation, providing a complete evaluation of the final achieved function and performance.

The invention belongs to the technical field of embedded software testing, and relates to a generator controller software verification method for airworthiness standards. The method comprises the following steps: performing software review and analysis; constructing a layered test environment; designing a test case and a test procedure, and performing review; performing test ready review; executing software testing in the layered testing environment; performing software demand coverage analysis for ensuring that a bidirectional traceability relationship exists between the test case and the software demand; software structure coverage analysis in the aspects of statement coverage, judgment coverage, MC / DC coverage, data coupling and control coupling is carried out; and establishing bidirectional tracing data between the test cases and the software requirements, between the test regulations and the test cases and between the test results and the test regulations, and performing test result review to form a software verification result. According to the method, the airworthiness standard process is quantified, the depth, efficiency and compliance of airborne software verification are remarkably improved through a layered test environment and an intelligent algorithm, and high safety is effectively guaranteed.

The invention discloses an automatic software evaluation method, electronic equipment and a computer readable medium, and belongs to the technical field of electronic design automation software, and the method comprises the steps: obtaining a test demand, obtaining a first value of at least one index corresponding to each test case obtained by operating each test case through comparison version software, and taking the first value as first test data, obtaining a second numerical value of at least one index corresponding to each test case obtained by running each test case by the to-be-evaluated version software, and taking the second numerical value as second test data; and based on the first test data and the second test data corresponding to each test case, determining a difference value of each index corresponding to each test case, and determining an evaluation result of the to-be-evaluated version software according to the difference value of each index corresponding to each test case. The evaluation result of the to-be-edited software is automatically evaluated based on the test requirement, so that the evaluation efficiency is improved, errors caused by manual evaluation are avoided, and the performance of the software can be comprehensively evaluated.

The invention discloses a radar intelligent interference suppression software test evaluation method, and relates to the technical field of radar test, and the method comprises the steps: S1, constructing a radar intelligent interference suppression software evaluation index system, and storing multi-dimensional indexes in the form of a knowledge graph; s2, designing a radar intelligent interference suppression software comprehensive evaluation algorithm, and quantitatively representing randomness and fuzziness in an evaluation process through effective data analysis, screening and integration of scoring opinions of multiple experts; s3, performing radar intelligent interference suppression software test evaluation; according to the method, a radar intelligent interference suppression software evaluation index system in a real application environment is constructed, the defects of a traditional index in the aspect of evaluating the operation capability and intelligence of radar software are overcome, and a comprehensive evaluation algorithm is provided; according to the method, the problem of evaluation deviation caused by large cognitive difference of people on the new concept of radar software intelligence can be solved, so that the evaluation result is more in line with subjective cognition.

The invention discloses an open source software evaluation method and device, equipment and a medium, and relates to the technical field of data processing. The method comprises the following steps: determining a first target score according to vulnerability data of open source software to be introduced; determining a second target score according to the rule data of the open source software to be introduced; determining a third target score according to the community data to be introduced into the open source software; determining a fourth target score according to the service data to be introduced into the open source software; determining a fifth target score according to the experience data of the open source software to be introduced; according to the first target score, the second target score, the third target score, the fourth target score and the fifth target score, determining a comprehensive score of the open source software to be introduced; and determining an evaluation result of the to-be-introduced open source software according to the comprehensive score. Therefore, according to the method, through the vulnerability data, the rule data, the community data, the service data and the experience data of the open source software to be introduced, the comprehensive evaluation result of the open source software can be obtained, and the evaluation accuracy of the open source software is improved.

The invention discloses a multi-source software engineering document analysis and evaluation report generation method and system based on generative AI, and the method comprises the steps: constructing a cross-document relation graph, and storing the cross-document relation graph in a knowledge base; establishing a dynamic evaluation rule engine, presetting a document format standard template in the industry, setting evaluation dimensions, and establishing a rule executor by setting a rule for judging whether a test is completed or not according to requirements; an AI report generation module is generated in a constraint form, and a traceability mark is embedded; a final evaluation report is generated by manually checking an AI report and a knowledge base evidence chain; the system comprises a multi-source document processing module, a joint information extraction and knowledge graph construction module, a dynamic evaluation rule engine module, a constrained generative AI report generation module and a man-machine collaborative auditing feedback module. According to the method, the problems of accuracy, compliance and traceability in automatic generation of the system evaluation report are solved, and efficient, standard and audible software evaluation report output is realized.

The invention relates to an unmanned vehicle control software evaluation method based on physiological signals, belongs to the technical field of software man-machine work efficiency evaluation, and solves the problem of low reliability of an unmanned vehicle control software evaluation mode in the prior art. The unmanned vehicle control software evaluation method comprises the following steps: collecting first physiological signals generated when a plurality of operators operate unmanned vehicle control software according to a standardized task process; constructing an early warning scoring baseline and a man-machine work efficiency scoring baseline of the unmanned vehicle control software according to the first physiological signals generated by the plurality of operators; acquiring a second physiological signal generated when a plurality of operators operate the unmanned vehicle control software according to the normal task process; second physiological signals generated by the multiple operators are counted, and whether the unmanned vehicle control software is qualified or not is determined based on the early warning scoring base line and the man-machine work efficiency scoring base line. The reliability of quantitative evaluation of the unmanned vehicle control software is higher.

The application is a performance evaluation method and system of a seeker neural network tracking algorithm, belonging to the field of software evaluation, including simulating a moving target to test the seeker, obtaining multiple tracking performance index data of the seeker to the moving target based on the neural network tracking algorithm; based on the multiple tracking performance index data, converting each tracking performance index data into a single index score result through linear assignment and weighted fusion respectively; judging whether there is a single index score result lower than the lower threshold of the single index score, if there is, the comprehensive performance evaluation result is 0; if not, the single index score result higher than the upper threshold of the single index score is judged as full score, and the single index score result without arbitration conditions is weighted and fused to obtain the comprehensive performance evaluation result; judging whether the comprehensive performance score has arbitration conditions, if not, it is zero, otherwise, it is reserved, and the comprehensive performance evaluation result is obtained. The problem of lacking a special performance evaluation scheme for the seeker neural network tracking algorithm is solved.

The application discloses an AI intelligent software evaluation index system construction method for industrial control software, relates to the technical field of index system construction, and comprises the following steps: obtaining a semantic period according to log data of an industrial control task; grouping and determining a geometric relationship of a multi-period coordinate semantic record table corresponding to the semantic period to obtain a geometric relationship signature table; obtaining a target task combination based on the geometric relationship signature table, and obtaining an extended task record table based on the target task combination; calculating a success rate index based on the extended task record table, and generating an index table of a semantic evaluation unit based on the success rate index; and the application can provide stable and reliable data support for version selection, upgrade decision and operation optimization of the industrial control software.

This invention discloses a method and apparatus for evaluating enterprise software systems based on the entire lifecycle, relating to the field of software evaluation technology. The method includes: first, acquiring enterprise software system construction requirements information to initially define key stages throughout the entire lifecycle; second, defining the core evaluation objectives and scope of each stage; identifying stages that generate chain reactions based on the objectives and scope, and constructing a stage synergy matrix; determining a synergy effect coefficient matrix accordingly, judging the gain impact of stage synergy on the entire lifecycle, and determining the sub-stage quality index; finally, combining the stage synergy matrix and the sub-stage quality index to perform a full-chain evaluation. The apparatus includes modules for acquiring requirements information and defining key stages, defining evaluation objectives and scope, identifying chain reaction stages and constructing a matrix, and executing the full-chain evaluation, achieving a comprehensive and accurate evaluation of the entire software system lifecycle and providing a basis for system optimization.

Provided in the present disclosure are a method and apparatus for determining reusability of function points, and a device, a medium and a product, which are applied to the technical field of software evaluation. In the present disclosure, a characteristic parameter set of a function point to be measured and a characteristic parameter set of a benchmark function point of target software indicated by a user are acquired, the characteristic parameter sets being used for representing the functional sizes of the function points; on the basis of the characteristic parameter set of said function point and the characteristic parameter set of the benchmark function point, a similarity parameter between said function point and the benchmark function point is determined; and a complementary value of the similarity parameter is used as the reusability of the function point to be measured.

Techniques for evaluating and controlling vehicles based on the reliability of their software components are described herein. In some cases, a method may include receiving an exposure duration associated with a first scenario and a first operational domain; determining, based at least in part on the exposure duration and a failure rate associated with a first software component of a vehicle, a first fault rate for the first software component; determining a first evaluation measure for the first software component with respect to the first scenario, the first operational domain, and a first energy level, based at least in part on: (i) the first fault rate, and (ii) a second exposure measure associated with the first scenario, first operational domain, and the first energy level; and controlling the vehicle based at least in part on the first evaluation measure.

The utility model discloses a software evaluation test auxiliary system which comprises a computer, heat dissipation holes are formed in the surface of the bottom end of the computer, two outer supporting columns are movably installed on the two sides of the bottom end of the computer respectively, and adjusting rods are fixedly installed on the surfaces between every two adjacent outer supporting columns respectively. And a telescopic rod is movably installed between every two adjacent adjusting rods, connecting rods are fixedly installed on the inner sides of the outer supporting columns, ash removal plates are movably installed on the surfaces of the connecting rods, a plurality of brushes are arranged at the top ends of the ash removal plates, and the brushes are attached to the surfaces of the heat dissipation holes. The screw rod motor drives the screw rod to rotate, so that the connecting block slides in the movable groove, heat dissipation holes in the bottom end of a computer are cleaned through a brush on the surface of the screw rod, and the situation that dust is accumulated on the surfaces of the heat dissipation holes, and consequently the heat dissipation efficiency of the computer is affected is avoided; and the influence on the software evaluation test efficiency of the computer is avoided.