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Embedded Ubiquitous Computing

[Taipei, Taiwan - Wikipedia]


- Overview

With the rapid development and increasing complexity of computer systems and communication networks, users have higher and higher requirements for embedded and pervasive computing. Therefore, traditional computing technologies may not be able to meet user needs in open, dynamic, heterogeneous, mobile, wireless, and distributed computing environments, which is a great challenge. Therefore, we need to build embedded systems and networks based on ubiquitous computing.

Embedded ubiquitous computing promises to improve people's quality of life by creating new applications based on data processing in IoT networks. Much research work has been carried out on novel processing and communication architectures, techniques and management strategies. Embedded ubiquitous computing systems can utilize wireless sensor networks to collect and process data, and use cloud technology, peer-to-peer systems, and big data paradigms to provide computing and analysis capabilities.

Today, due to the development of smart devices, embedded ubiquitous computing technology, and many smart services combined with the network world, the Internet of Things (IoT) has become more promising to realize various embedded applications, allowing users to enjoy more comprehensive services . As an emerging research topic, embedded ubiquitous computing involves and supports a larger vision of computing, including smart devices (mobile, wireless, services), smart environments (embedded system devices), and smart interactions (between devices).



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