Embedded Software Quality Metrics. With the advancements in technology new reporting and. Challenges with regard to the robustness of the software and also against the faulty environment condition.
In the context of software engineering software quality refers to two related but distinct notions. Quality Assurance Metrics in Embedded System 1Manjunath G 2Nagaraja G S. That attribute can also be described as the fitness for purpose of a piece of software or how it compares to competitors in the marketplace as a.
Background and Motivations 2.
PROPOSED SOFTWARE ANALYSISOur proposal is to use traditional software quality metrics to make predictions that can be useful in guiding design decisions towards improving physical properties of embedded systems while maintaining an adequate trade-off regarding software qualityRedin presented an analysis of the cross-correlation between physical metrics and OO metrics of software product but their results shown that statistical crosscorrelation cannot explain the complex correlations. PROPOSED SOFTWARE ANALYSISOur proposal is to use traditional software quality metrics to make predictions that can be useful in guiding design decisions towards improving physical properties of embedded systems while maintaining an adequate trade-off regarding software qualityRedin presented an analysis of the cross-correlation between physical metrics and OO metrics of software product but their results shown that statistical crosscorrelation cannot explain the complex correlations. Software metrics are important for many reasons including measuring software performance planning work items measuring productivity and many other uses. Areas of expertise include working with real-time operating systems various wired and wireless communication applications IoT embedded network TCPIP stacks and complex control algorithms.