Personal wearable sensors have the potential to become the most powerful individuall self-surveillance technology available to citizens. These ubiquitous, networked devices currently offer a breadth of capabilities to sense, digitally enhance and upload data of fine granularity such as body…
Wearable devices enable the unobtrusive sensing of a wide range of human activities and the development of innovative applications. While the consumer market is pushing them particularly as activity or heart rate trackers, their adoption in healthcare is still restricted…
Several teams stemming from IoT related research projects and initiatives were summarising their perspectives and experiences in this book.
Reactive Blocks is a visual model-driven development environment supporting formal model analysis, automated code generation, hierarchical modelling, and an extensive library of ready-to-use components for the Java platform. Visual application development makes it easier to grasp a complex application at…
The IoT Developer Survey Results are in for 2017! We received a record of 713 responses this year. During the webinar, we will go through the main trends, the data and the analysis we conducted.
IoTivity is an open source implementation of the standards and specifications provided by the Open Connectivity Foundation. It is a communications framework for the Internet of Things that provides among other things device discovery, messaging, security, addressing, device management along…
With Industry 4.0 and Smart Manufacturing the need of communication and interoperability of machines and the Internet of Things (IoT) became bigger and bigger. Due to that the diversity and complexity of communication protocols to transport data like measurements or…
Digital Twins are getting more and more established as IoT service providers (alternatively calling them device shadows or device twins) and industrial IoT players adapt and promote the concept. This introduction has not the goal to fantasize about possible applications…