Building A New Blueprint for Operating Workflow Efficiently

Business processes are indicating how to handle and deal with different business situations. Companies focus on the flexibility of information technology architecture as their main business strategy for decision making. Their systems should satisfy the adaptability criteria. In this paper, we propose a framework to measure the quality of the existing workflow by using the quality of services criteria. Based on the results of quality of services measurements, an enhancement of the framework should be obtained using the concepts of graph theory such as min-cut and max-cut algorithms and some re-factoring techniques. To reduce the bugs that could occur and to reach the long lifespan for an organization workflow, we proposed, designed, and implemented a new mainframe that takes a workflow as an input to check whether it meets the specific quality of services measurements. If the workflow is not qualified, it will be enhanced automatically using our proposed algorithms to meet the quality of services rules and check for the consistency within the system. The main frameworks components are the quality measurement, determination, parsing, and code adaptation. We presented and discussed a real case study to help in understanding, illustrating and analyzing the proposed framework behavior and its approach applicability, in addition to, analyzing different related scenarios.