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As long as life was simple, the process of decision making depended mainly on man's capabilities and experience. Many problems faced decision making process as everyday interests and administrative tasks grew more complex and interconnected, and many products and services are provided by different organizations. So it has become imperative to search for more effective methods and efficient systems to support decision-making process. Decision making process is linked to many humanities, social and natural sciences. This process has become inevitable in order to reach more sound and correct decisions than those produced by primitive ways. Some considers administration as a process of decision making per se, therefore administration seeks to apply approaches of other sciences, including mathematics and statistics, to support this process. Science-based approaches have been employed to collect, collate and analyze data and information for the purpose of reaching optimal decision. This work studies one of the most important researches in artificial intelligence methods; that is; parallel ant colony algorithm to solve the multicriteria decision making problems.
This work investigates the application of parallel ant colony algorithms to address complex multi-criteria decision-making problems. As decision-making processes have grown more intricate due to expanding interests and interconnected administrative tasks, traditional methods relying solely on human experience have become insufficient. This research explores how artificial intelligence, specifically ant colony algorithms, can provide more effective and efficient support for reaching sound decisions. The study draws upon principles from various sciences, including mathematics and statistics, to analyze data and information for optimal outcomes.
This book addresses a specialized area within artificial intelligence and decision science, focusing on the practical application of ant colony algorithms. The subject matter points to a dense, technical text likely intended for researchers, computer scientists, and advanced students in the field. The framing suggests an exploration of algorithmic solutions to complex, real-world problems, emphasizing efficiency and optimality in decision-making.
Page Count:
128
Publication Date:
2013-01-01
Publisher:
Lap Lambert Academic Publishing GmbH KG
ISBN-10:
3659321753
ISBN-13:
9783659321757
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