Modern SuperHyperSoft Computing Trends in Science and Technology
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In today's data-rich environment, traditional decision-making methods often fail to address the complexities of real-world challenges, especially under conditions of uncertainty and ambiguity. Advanced computational frameworks like neutrosophic and plithogenic theories provide innovative solutions for more nuanced analysis and effective decision-making. These methodologies support better outcomes in areas like knowledge management, economics, and strategic planning by accommodating multiple criteria and incomplete information. By leveraging these sophisticated tools, decision-makers can enhanc...
In today's data-rich environment, traditional decision-making methods often fail to address the complexities of real-world challenges, especially under conditions of uncertainty and ambiguity. Advanced computational frameworks like neutrosophic and plithogenic theories provide innovative solutions for more nuanced analysis and effective decision-making. These methodologies support better outcomes in areas like knowledge management, economics, and strategic planning by accommodating multiple criteria and incomplete information. By leveraging these sophisticated tools, decision-makers can enhance their ability to adapt to complex scenarios. This shift is crucial for advancing research and technology in a rapidly evolving landscape. Modern SuperHyperSoft Computing Trends in Science and Technology explores the use of advanced computational theories, such as neutrosophic, plithogenic, and SuperHyperSoft set theories, to enhance decision-making processes across various scientific and technological fields. It features contributions that apply these frameworks to complex problems. Covering topics such as artificial intelligence (AI), quality assessment, and wastewater treatment, this book is an excellent resource for students, faculty, researchers, engineers, decision-makers, and more.
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