Two advanced technologies that have the potential to revolutionise the Internet of Things
(IoT) ecosystem are blockchain and machine learning, as they address a wide range of …

The most advanced kind of computing, known as quantum computing, makes use of the
laws of quantum physics to generate unmatched processing capacity while using less …

Sensor-based intelligent recommender systems for agricultural activities are designed to
provide personalized and context-aware recommendations to farmers, enabling them to …

In this sera era, the growth of smart sensors has revolutionized agriculture, ushering in an
era of precision and data-driven farming. This chapter provides an overview of the …

In recent years, data visualization techniques play an important role in the implementation of
smart agriculture systems, enabling farmers and stakeholders to make informed decisions …

Quantum computing is a rapidly evolving field of technology that has the potential to
revolutionize traditional computing. It lies its foundation on that of quantum mechanics to …

The main idea is to have the environment (server) and then agents (clients). The
server/client architecture means that the user can of course run both the server and client …

In this chapter, quantum computing is recognized as an emerging field that holds great
promise for solving problems that are currently intractable for classical computers by …

Today's e-rendering frameworks are essential in various fields such as computer graphics,
virtual reality, and augmented reality to provide an effective and impressive education to …

Internet of Things (IoT), one of the trending and emerging fields in the world today, has
sufficed the purpose of interconnection and interlinkage of devices and smart applications …