WEARABLE COMPUTING ENGINEERING: Smart sensors, embedded systems, interfaces, and connected devices

By Alfredo J. Shell

WEARABLE COMPUTING ENGINEERING provides a structured exploration of the engineering principles behind wearable computing systems, combining smart sensors, embedded electronics, software, human interfaces, wireless communication, and connected devices into compact technological platforms.

Wearable computing extends computing capabilities beyond traditional computers by placing sensing, processing, communication, and interaction technologies directly into devices that can be worn or carried on the body. Designing these systems requires careful consideration of hardware integration, embedded processing, power consumption, sensor accuracy, connectivity, user interaction, and physical form.

The book examines how wearable devices collect information from their surrounding environment and from user interactions through sensors and embedded components. It explores the role of microcontrollers, processors, sensor modules, communication interfaces, storage, power systems, and software in transforming raw sensor data into useful information and responsive system behavior.

Particular attention is given to the integration of smart sensors and embedded systems. Wearable devices often operate under strict limitations involving size, weight, energy consumption, processing capacity, connectivity, and environmental conditions. Understanding these constraints is essential when developing systems that must operate reliably while remaining practical and comfortable for users.

Key topics include:

* Wearable computing fundamentals
* Wearable system architecture
* Smart sensor technologies
* Embedded systems and microcontrollers
* Sensor integration and data acquisition
* Embedded software design
* Wireless communication technologies
* Connected wearable devices
* Human-computer interaction
* Wearable user interfaces
* Real-time data processing
* Power management and energy efficiency
* Battery-powered embedded systems
* Device connectivity and networking
* Sensor data processing
* Communication protocols and interfaces
* Hardware and software integration
* Miniaturized computing systems
* Wearable system reliability
* Privacy and data considerations
* Testing and performance evaluation
* Applications of wearable computing

The book also examines the engineering challenges involved in connecting wearable devices to broader digital environments. Communication between sensors, embedded processors, mobile devices, cloud platforms, and other connected systems requires carefully designed interfaces and dependable data pathways. These relationships are considered as part of an integrated wearable computing architecture.

WEARABLE COMPUTING ENGINEERING is suitable for engineering students, computer science students, embedded systems developers, electronics professionals, software engineers, researchers, and readers seeking a technical foundation in wearable technology. It provides a broad framework for understanding how sensing, computation, communication, interfaces, and embedded hardware come together to create connected wearable systems.

Explore the engineering behind the next generation of connected technology. Build your understanding of wearable sensors, embedded computing, intelligent interfaces, and connected devices, and discover how these technologies can be engineered into responsive, practical, and integrated wearable systems.

• Format: Paperback
• Language: English
• ISBN: B0HKLCGHNW
• ISBN13: 9798175641074
• Release Date: September 2026
• Publisher: Independently published
• Length: 287 Pages
• Weight: 0.86 lbs.
• Dimensions: 9.0" x 0.7" x 6.0"