This work is a companion to Simulating Fuzzy Systems (2005), which focused on discrete-event systems, extending those principles to the continuous domain. It targets researchers and advanced practitioners in fuzzy systems, computational intelligence, control theory, and applied mathematics, offering both theoretical exposition and practical simulation strategies with fuzzy uncertainty analysis .
This foundational textbook provides a comprehensive introduction to the molecular mechanisms of gene function. The fifth edition integrates modern research on genomics, transcriptional control, and molecular structure, making it ideal for advanced undergraduate and graduate-level courses
This book focuses on analytical methods for measuring chemical substances in biological systems. It provides insight into techniques such as electrochemical sensors, spectrophotometry, chromatography, and their application to physiological and biochemical research.
This textbook presents biochemistry in the context of the human body and disease, emphasizing the molecular basis of life processes. The third edition integrates new scientific advances, such as genomics and proteomics, and provides case studies, illustrations, and end-of-chapter problems suitable for students in life sciences and health fields
A textbook that introduces foundational physics concepts through biomedical contexts. Designed for students in life sciences and allied health fields. Covers mechanics, fluids, thermodynamics, waves, electricity, and magnetism, with applied problems and case studies in human physiology and medicine.
This textbook integrates chemical principles with real-world applications. It explores how chemistry is used in decisions about health, environment, and industry. Designed for students in general chemistry courses, with an emphasis on informed choices.