Fundamentals of Digital Communication Systems

Digital communication drives modern data exchange across mobile networks and satellite links. Grasp the mechanisms of signal encoding, transmission, and decoding while exploring modulation, error detection, coding, and multiplexing, as well as channel models and performance metrics. Engaging exercises deepen understanding. Digital communication forms the foundation of modern information exchange, supporting everything from mobile networks to satellite links. Understanding how signals are encoded, transmitted, and decoded is key to reliable data communication. Fundamentals of Digital Communication Systems presents core principles including modulation, error detection, coding, and multiplexing. It explores channel models, bandwidth optimization, and performance metrics such as signal-to-noise ratio and bit error rate. The book also examines current trends in wireless and optical communication. With clear explanations and problem-solving exercises, it serves as an essential resource for students and professionals in communication engineering.