Smart Distributed Embedded Systems for Healthcare Applications 1st Edition

Smart Distributed Embedded Systems for Healthcare Applications — 1st Edition

Cutting-edge, practical, and written for engineers and healthcare innovators, this book unlocks how smart distributed embedded systems transform patient care. Whether you design wearable sensors, hospital-edge devices, or telehealth platforms, this resource explains the architectures, communication models, and real-world constraints that matter most in modern healthcare technology.

Discover clear explanations of low-power embedded design, real-time data processing at the edge, secure wireless communication, and scalable distributed architectures that enable reliable remote monitoring, predictive analytics, and clinical decision support. Rich with applied examples and implementation strategies, the text bridges engineering rigor with clinical needs—making it essential for embedded systems engineers, biomedical device designers, and healthcare IT leaders.

Readers will learn how to navigate interoperability, latency, and privacy challenges while meeting regulatory and safety considerations relevant to hospitals, clinics, and medical device manufacturers across North America, Europe, and Asia. Case studies demonstrate deployment in settings from urban medical centers to resource-constrained clinics, illustrating how distributed platforms improve outcomes and reduce system costs.

If you’re developing medical IoT devices, wearable health tech, or edge-compute solutions for clinical environments, this 1st Edition is a practical guide to building robust, secure, and scalable systems that integrate seamlessly into real-world care pathways.

Equip your team with the technical foundations and implementation insight needed to accelerate innovation in healthcare technology. Order your copy today and start turning distributed embedded system concepts into effective patient-centered solutions.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.