Building An Effective Iot Ecosystem For Your Business

This descriptive, practical guide explains how to build a commercially impactful, operationally effective and technically robust IoT ecosystem that takes advantage of the IoT revolution and drives business growth in the consumer IoT as well as industrial internet spaces. With this book, executives, business managers, developers and decision-makers are given the tools to make more informed decisions about IoT solution development, partner eco-system design, and the monetization of products and services. Security and privacy issues are also addressed. Readers will explore the design guidelines and technology choices required to build commercially viable IoT solutions, but also uncover the various monetization and business modeling for connected products.

In today’s modernized society, certain technologies have become more applicable within many professional fields and are much easier to implement. This includes the tourism industry, where smart technology has provided a range of new marketing possibilities including more effective sales tactics and delivering a more personalized customer experience. As the scope of business analytics continues to expand, professionals need research on the various applications of smart technology within the field of tourism. The Handbook of Research on Smart Technology Applications in the Tourism Industry is an essential reference source that discusses the use of intelligent systems in tourism as well as their influence on consumer relationships. Featuring research on topics such as digital advertising, wearable technology, and consumer behavior, this book is ideally designed for travel agents, tour developers, restaurateurs, hotel managers, tour directors, airlines, marketers, researchers, managers, hospitality professionals, policymakers, business strategists, researchers, academicians, and students seeking coverage on the use of smart technologies in tourism.

This book was written to guide solution architects and designers who want to understand the architectural rigour for IoT solutions in an easy, effective, and clear way. Reading this book can help you understand the key challenges and practical resolutions in IoT solution architectures broadly without going too much into the details. Each chapter focuses on the key methodical aspects that form the framing scope for this book; namely, security, availability, performance, agility, and cost-effectiveness. While authoring this book, I conducted a comprehensive review of the practical industry-based publications on IoT. Through my findings, I concluded that there was a tremendous need for secure, agile, highly-available, well-performing and cost-effective IoT systems. I found out that the contemporary issues in the literature and associated media mainly revolve around the five topics, which comprise the key business concerns; namely, security, availability, performance, agility, and cost-effectiveness. In this book, I will use these five key points as the use cases of effective and efficient IoT solutions.The book also provides useful definitions, a brief practical background on IoT, and a concise guiding chapter on solution architecture development. The content is mainly practical; hence, it can be applied or be a supplemental input to the architectural projects at hand. Supplemented by a succinct list of key points to take away, I provided 50 key action points which can be applied to the IoT solution architecture projects.This book is not only intended for IoT solution architects; it can also be beneficial for other information technology architects producing IoT solutions, enterprise architects who want to understand the IoT solution development in large organisations, and other IT professionals who wish to become IoT solution architects to produce solutions in IoT ecosystems. As such, this book covers architectural breadth rather than specialist-level depth for IoT ecosystem building.

Semantic Models in IoT and eHealth Applications explores the key role of semantic web modeling in eHealth technologies, including remote monitoring, mobile health, cloud data and biomedical ontologies. The book explores different challenges and issues through the lens of various case studies of healthcare systems currently adopting these technologies. Chapters introduce the concepts of semantic interoperability within a healthcare model setting and explore how semantic representation is key to classifying, analyzing and understanding the massive amounts of biomedical data being generated by connected medical devices. Continuous health monitoring is a strong solution which can provide eHealth services to a community through the use of IoT-based devices that collect sensor data for efficient health diagnosis, monitoring and treatment. All of this collected data needs to be represented in the form of ontologies which are considered the cornerstone of the Semantic Web for knowledge sharing, information integration and information extraction. Presents comprehensive coverage of advances in the application of semantic web in the field of eHealth Explores different challenges and issues through various case studies of healthcare systems that are adopting semantic web technologies Covers applications across a range of eHealth technologies, including remote monitoring and mobile health

Get inspired to explore the depths of the IoT field. In today’s rapidly transforming world, the Internet of Things (IoT) plays an inevitable role in people’s lives. From smart buildings to enterprise grade automation, these fields have enormous amounts of opportunities for IoT solutions that can transform the industry. This book will provide a good mixture of fundamental understanding and hands-on experience. The beginning of the book helps readers of every level conceptualize the futuristic goals that IoT has to offer for adoption and growth in different industries. You'll start with the IoT basics and then advance to business applications with multiple IoT boards, platforms, software, and hardware. Each chapter focuses on one vertical (ie. healthcare, education, environmental), how it impacts people’s lives and how IoT can be used to build solutions specific to that vertical. With the solid base prepared, you'll then learn the importance, processes, and outcome of building IoT solutions for various industry verticals using the IoT. Chapters also feature a detailed walk through of applications, circuit boards and other tools. In the end, you'll have completed multiple modules through working on IoT prototypes that have a real-world impact through viable business model. What You'll Learn Recognize the need for an IoT ecosystem Avoid potential pitfalls and breakdowns while working with IoT and smart systems Build scalable and efficient IoT solutions that work at a small, medium and large scale in the real-life Explore pool of opportunities and possibilities in the field of IoT Review business aspects, developing decision making senses and derive solution with an unbiased mindset Understand and be responsibly aware about the security concerns related to the domain of IoT Who This Book Is For Decision makers looking to implement the internet of things in their organization or team. Beginners interested in a career in IoT will also benefit from this book.

New Challenges for Future Sustainability and Wellbeing is a collection of studies about sustainability and related challenges, such as income, wealth, the environment, education and regional equality that influence the pace of economic development and affects the well-being of people and organisations all over the world.

Today, computer science engineering and telecommunications are two important areas linked and even inseparable. This is obvious for the user who connects the modem of his computer on his mobile phone or telephone line to access, via the global data network, the information available on the servers. The both domains are evolving rapidly and the development of new architectures of systems dedicated to telecommunications and computing becomes essential. Especially, wireless transmission systems with high data rate. Two parts of these systems should be developed software and hardware. Another area that is renewable energies becomes more attractive for researchers in order to develop new conversion systems with good performances, and a good optimization of energy. For example, in wireless sensor systems, we try to develop new protocols permitting to have a good autonomy in terms of energy.

Discover what AI can do for your business with this approachable and comprehensive resource Reimagining Businesses with AI acquaints readers with both the business challenges and opportunities presented by the rapid growth and progress of artificial intelligence. The accomplished authors and digital executives of the book provide you with a multi-industry approach to understanding the intersection of AI and business. The book walks you through the process of recognizing and capitalizing on AI’s potential for your own business. The authors describe: How to build a technological foundation that allows for the rapid implementation of artificial intelligence How to manage the disruptive nature of powerful technology while simultaneously harnessing its capabilities The ethical implications and security and privacy concerns raised by the spread of AI Perfect for business executives and managers who seek a jargon-free and approachable manual on how to implement artificial intelligence in everyday operations, Reimagining Businesses with AI also belongs on the bookshelves of anyone curious about the interaction between artificial intelligence and business.