Abstract Smart grids are extensively addressed in research as they solve numerous issues in the current grids. Using computational intelligence, we have advocated a smart grid which can react in the artificial intelligence environment. In this situation fuzzy logic based control systems can support smart grids. Thus a large number of research fuzzy logic and fuzzy decisions use smart grids... Smart grids are extensively addressed in research as they solve numerous issues in the current grids. Using computational intelligence, we have advocated a smart grid which can react in the artificial intelligence environment. In this situation fuzzy logic based control systems can support smart grids. Thus a large number of research fuzzy logic and fuzzy decisions use smart grids for automated management. In the current work we have advocated a fuzzy based decision making system to manage of timeshiftable loads in the residences. The proposed fuzzy decision maker determines optimal starting time of time-shiftable loads in the residential area in order to provide advanced power curve and decrease peak load consumption's by scheduling of these loads. Besides, we have highlighted the design stage of the proposed fuzzy decision maker and described it. During testing we have a simulation of the decision outcome to confirm the new design. Read More Read Less

Abstract For any successful sigma project implementation it is necessary to use organizational climate and culture so that this methodology works well. Thus during the selection and initial pre-project phase, it is essential to implement it. We in this work, developed a system that used Paraconsistent Decision Method to study the feasibility of its implementation in Six Sigma in a given scenario,... For any successful sigma project implementation it is necessary to use organizational climate and culture so that this methodology works well. Thus during the selection and initial pre-project phase, it is essential to implement it. We in this work, developed a system that used Paraconsistent Decision Method to study the feasibility of its implementation in Six Sigma in a given scenario, making the decision making more precise. This system permits the support of paraconsistent logic in the (pre-project) phase of choice in consideration of six sigma projects. This work ensured the improvement of the success accuracy in scenarios where there are factors such as organizational c limate, organizational culture for critical of success. This paper worked to the constant search for quality (reduction of defects) and mitigation of costs by companies in low-quality scenarios. Read More Read Less

Abstract We in this work have introduced a tool to analyze the organizational climate adherence through the integration of success codes and the Paraconsistent Decision Method. This method has added to the previous scenario analysis that can return more precise feedback of the organizational culture conditions of the organization. The Paraconsistent Decision Method has the axillary function of the decision-making process,... We in this work have introduced a tool to analyze the organizational climate adherence through the integration of success codes and the Paraconsistent Decision Method. This method has added to the previous scenario analysis that can return more precise feedback of the organizational culture conditions of the organization. The Paraconsistent Decision Method has the axillary function of the decision-making process, so when integrated into a corporate climate analysis survey the result is a more precise survey, where contradictions are treated in a different way, extracted to the maximum the information collected. Read More Read Less