Abstract
Software product lines have recently been presented as one of the best promis-ing improvements for the efficient software development. Different research works contribute supportive parameters and negotiations regarding the prob-lems of producing a perfect software scheme. Traditional approaches or recy-cling software are not effective to solve the problems concerning software competence. Since fast developments with software engineering in the past few years, studies show that some approaches are getting extensive attention in both industries and universities. This method is categorized as the software product line improvement; that supports reusing of software in big organizations. Different industries are adopting product lines to enhance efficiency and reduce operational expenses by way of emerging product developments. This research paper is formed to offer in-depth study regarding the software engineering issues such as complexity, conformity, changeability, invisibility, time constraints, budget constraints, and security. We have conducted various research surveys by visiting different professional software development organizations and took feedback from the professional software engineers to analyze the real-time problems that they are facing during the development process of software systems. Survey results proved that complexity is a most occurring issue that most software developers face while developing software applications. Moreover, invisibility is the problem that rarely happens according to the survey.
Highlights
Essential properties are the properties considered as the core thing: An engine, four wheels, steering and a transmission are crucial to make a complete car
In our research work we have identified several software engineering issues and highlighted the level and occurrence chances of these problems
The survey is conducted by visiting different software development organizations to see the real-time issues
Summary
Essential properties are the properties considered as the core thing: An engine, four wheels, steering and a transmission are crucial to make a complete car. To support the management of multi-cultural worldwide enterprises, to allow rapid revision to change and to aid people to cope with the complex masses of information and facts, major changes are needed to be made in software systems Such demands will cause major alterations in the processes presently used to describe, design, develop, arrange, and evolve a diverse range of software-intensive schemes [4] [5]. Quality, and Schedule: Cost of engineering software is basically a cost of the set of resources used in the development process of this system For the software, these resources include hardware, software, the manpower, electricity and the other provision resources. Consistency Problem: Though low cost, high quality, great cycle time scheduling are the main points of any scheme, for organization, consistency is very demanding. Survey tells that about the projection of these problems, occurring chances of such issues and efforts are required to handle such issues
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