Smart Assisted Living (Computer Communications and Networks)

Our review of Smart Assisted Living (Computer Communications and Networks) finds it valuable for researchers and practitioners seeking an integrated view of smart home solutions for ageing populations; the single biggest reason to buy is its focus on building an open, interoperable infrastructure that addresses multidisciplinary challenges. The book presents a measured, academic perspective on how sensing, context inference and personalization combine to support assisted living, making it a useful reference for designers who need a systems-level framework rather than a product manual.

Key Features

• Sensing and Monitoring Technologies: Detailed discussion of sensor choices and monitoring approaches helps readers evaluate hardware and deployment trade offs for real homes.
• Context Inference and Behaviour Analysis: Practical frameworks are presented for interpreting sensor data into meaningful activity and behaviour patterns relevant to assisted living.
• Personalisation and Adaptive: The book explains how personalization improves relevance of interventions and how adaptive systems can better support individual needs over time.
• Interoperable Smart Home Infrastructure: Emphasis on open, integrated solutions guides readers toward designs that can work across stakeholders and vendor boundaries.
• Multidisciplinary Approach: Coverage across technical and application domains helps teams align engineering, clinical and user experience perspectives.

Who It's For

This book is aimed at computer scientists, network engineers and applied researchers working on smart home systems, assisted living technologies, and AI for human behavior analysis who need a coherent view of sensing, inference and personalization. It will also suit advanced students and interdisciplinary project leads who require a foundation for building interoperable, research-grade smart home solutions.

Practitioners looking for step-by-step installation guides, consumer-focused product comparisons or hands-on tutorials should look elsewhere; the text is research oriented and concentrates on frameworks and infrastructure rather than one-size-fits-all deployment instructions.

Pros & Cons

Pros

• Comprehensive coverage of sensing and monitoring technologies useful for designing robust deployments.
• Clear treatment of context inference and behaviour analysis that supports research and prototype development.
• Strong emphasis on personalization and adaptive methods which makes the content practical for user-centred designs.

Cons

• The book is research focused and does not provide consumer-level installation or product selection guidance.

Specifications

Title	Smart Assisted Living (Computer Communications and Networks)
Focus Areas	Sensing, Context Inference, Personalisation, Interoperability
Intended Audience	Researchers, engineers, interdisciplinary project leads
Approach	Multidisciplinary systems and open infrastructure
Primary Benefit	Guidance for integrated, interoperable smart home solutions

Our Verdict

Smart Assisted Living is a thoughtful, well structured contribution for anyone designing or researching smart home assisted living systems; it provides a strong systems-level roadmap for integrating sensing, inference and personalization. It represents good value for technical readers who need to move beyond isolated prototypes toward interoperable, research-grade solutions.

Frequently Asked Questions

Is this book practical for building a deployment?
The book focuses on frameworks and infrastructure rather than step-by-step deployment guides, so it is most useful for planning and design rather than hands-on installation.

Who benefits most from the personalization sections?
Researchers and designers creating user-centred adaptive systems will find the personalization and adaptive method discussions most applicable.

Does it address interoperability?
Yes, a core theme is advancing open, interoperable smart home infrastructure to support multiple stakeholders and applications.