Avoidance of Risk Factors in Software Development Optimization of Requirements Engineering Analysis Leading to Substitute sets of Functional necessities

Abstract

The requirement engineering in a software engineering, in which software are modeled according to the requirements of the user. The system software developed under requirement engineering will satisfy the users mostly on their perspective. So, recent researches are concentrating on the software development and analysis based on requirement engineering. The requirement engineering processes are also challenged by the Risks    in developing the software. So an efficient  risk  analysis  system and  risk  management  system is inevitable  for  the  software  development  process  under requirement engineering. In the proposed approach, a modified Risks    Solution model for tackling the risk associated facors with the software development life cycle is considered. The Risks    Solution model is four layer Solution models, the top layer is the solution layer, the issue layer in the middle(consists of event listing and event prioritys listing layer and event listing and event prioritys priority layer) and support layer in the bottom. The proposed approach defines a method to analyze the association between  the nodes of each layer to evaluate their chances of evaluating the Risks  . The evaluations are assessed based on the nodes in the solution layer. On thorough analysis on the associations and impacts of issue layers and support layer nodes to the solution layer nodes,  the  chances  of  evaluating  risk  can  be  calculated.  The proposed   approach   explores   the   relative   parameter   like satisfaction parameter and denial parameter to efficient analysis of the risk factor. The experiments are conducted on java programming under JDK  1.7.0 platform and detailed analysis section is provided to find the cost to risk measure.