QUANTIFYING THE TECHNICAL PERFORMANCE OF THE PROCESS IN SYSTEM ENGINEERING USING AN LPP

Software developed in issue with the recent trends has to be modernized and a quality based. Each and every organization develops wide range of products in due with the technological innovations. The innovative methods of organizing the developed product have to be quantified at various stages in the development lifecycle of the product. This Paper proposes a novel and quantitative software readiness criteria to support objective and effective decision-making at process level. The method organizes and streamlines existing quality and reliability data into a simple metric and visualizations that are applicable across products and releases. The system performance can be quantified using evaluation criteria, technical performance measures. The performance criteria will show how the system satisfies its requirement. Evaluation criteria are often called the measures of effectiveness. This effectiveness of the complex problem can be attained by measuring the process duration (compilation time and execution time) of the product models. To meet the requirements of the product the memory allocation has to be considered during the implementation and the performance of the product is measured using an optimization technique which acts as a tool for the measures while applying system engineering in the product life cycle. System engineering plays a vital role in the development of the product lifecycle within its specified phases. An LPP namely the assignment problem is used to find the minimum time, whereas the resultant output is compared with other two LPP models.