… : the explicit requirement of “intelligence”. This, we think, is the grounds of artificial intelligence
[RN03] and should not be ignored. Here we refer to artificial intelligence in a broad sense, …

… Weiser referred to such scenario as Ubiquitous/Pervasive Computing [1]. It can be … In this
work, we present a pervasive computing architecture based on a trust model that dynamically …

… Ubiquitous computing is roughly the opposite of virtual reality. Where virtual reality puts
people inside a computer-generated world, ubiquitous computing forces the computer to live out …

… This is showing another important trend that Weiser associated with ubiquitous computing
devices: many users view them as a commodity that they can find and use anywhere they …

… Many of the visions of computer science such as artificial intelligence, image recognition,
and natural language interaction, have proved extremely difficult to achieve. The impressive …

… the pervasive computing and introduce its architecture and potential participants. • We provide
a brief background of artificial intelligence… that the heterogeneity of ubiquitous systems will …

… intelligent systems in pervasive computing. These include privacy and data protection, user
interface and human interaction with intelligent … of developing ubiquitous computing systems. …

… We present in this paper an Artificial In… pervasive systems which self-adapt in real-time,
thus requiring no explicit control. Sections IV to VI present use cases of artificial intelligence at …

… , connected to an increasingly ubiquitous network infrastructure composed of a … artificial
intelligence suggest to keep humans ’in the loop’ whenever usefulness of pervasive computing …

… pervade) whereas ubiquitous eludes more to the final state of this process. We suggest that
pervasive computing and ubiquitous computing are synonyms, one (pervasive) being slightly …