DILIP SADHANKAR | RTM Nagpur University Nagpur (original) (raw)
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Papers by DILIP SADHANKAR
A software quality aspect is measured in terms of mean time to failure or failure intensity of th... more A software quality aspect is measured in terms of mean time to failure or failure intensity of the software. It is one of the key attributes when talk about software quality. Software quality may parts into quality aspect in various ways; however, software reliability seen as one of the key attribute of software quality. Software reliability is a valuable measure in planning and controlling the resources throughout the development process, as a result, high quality software can be developed. Scheduling and controlling the testing resources through software reliability measures can be completed by matching the additional cost of testing and the corresponding improvement in software reliability. It is too, a valuable measure for providing the user confidence about software correctness. A number of analytical models have been introduced in the past decades to assess the reliability of the software system. In this paper, researchers are giving an overview & analysis of software reliabil...
A timely delivered software product only if all the phases of software development process are co... more A timely delivered software product only if all the phases of software development process are completed within estimated and mostly set up time. A software product with higher reliability, higher performance and functionality is the demand of fast changing market demands. Many researchers have made significant tools and techniques to accomplish the quality of software. However, at the same time, the field have need of a future research work to improve the quality of software and to cut the challenges in each phase. Software development processes issues have been in and around ever since the beginning of software development. Software system development is viewed as a series of discrete ordered activities that produce successively more constrained models of the system by binding in additional system aspects. Treating the system aspects as separate concerns allows software engineering techniques that control production cost and enhance reliability to be applied to each step. The grea...
A software quality aspect is measured in terms of mean time to failure or failure intensity of th... more A software quality aspect is measured in terms of mean time to failure or failure intensity of the software. It is one of the key attributes when talk about software quality. Software quality may parts into quality aspect in various ways; however, software reliability seen as one of the key attribute of software quality. Software reliability is a valuable measure in planning and controlling the resources throughout the development process, as a result, high quality software can be developed. Scheduling and controlling the testing resources through software reliability measures can be completed by matching the additional cost of testing and the corresponding improvement in software reliability. It is too, a valuable measure for providing the user confidence about software correctness. A number of analytical models have been introduced in the past decades to assess the reliability of the software system. In this paper, researchers are giving an overview & analysis of software reliabil...
A timely delivered software product only if all the phases of software development process are co... more A timely delivered software product only if all the phases of software development process are completed within estimated and mostly set up time. A software product with higher reliability, higher performance and functionality is the demand of fast changing market demands. Many researchers have made significant tools and techniques to accomplish the quality of software. However, at the same time, the field have need of a future research work to improve the quality of software and to cut the challenges in each phase. Software development processes issues have been in and around ever since the beginning of software development. Software system development is viewed as a series of discrete ordered activities that produce successively more constrained models of the system by binding in additional system aspects. Treating the system aspects as separate concerns allows software engineering techniques that control production cost and enhance reliability to be applied to each step. The grea...