Sentence examples for pervasive framework from inspiring English sources

In comparison, the Multi-Modal pervasive framework [2] provides speech based interaction as it interprets commands that the subject speaks and carries out a particular action, the subject is able to write sentences that are recognized, touch an area on a map to get directions or speak words for actions to be carried out by the application.

In this article, a context-aware and pervasive framework was presented, capable of disseminating and filtering important care-related data of the different technologies available in an ambient-aware patient room towards a multitude of care applications, based on their information requirements.

The first of these principles is the boundary principle; this principle establishes that the distinction between environments in pervasive frameworks must be made by boundaries that mark differences in contents and these boundaries need not necessarily limit the interoperability of the systems.

The proposed method was validated on a pervasive computing framework, which included multiple mobile sensors (such as motion sensors, data-gloves, and bio-signal sensors).

Mobile devices can perceive greater details of user states with the increasing integration of mobile sensors into a pervasive computing framework, yet they consume large amounts of batteries and computational resources.

The aim of the presented research is the design of a pervasive and scalable framework that is able to optimize continuous care processes by intelligently reasoning on the large amount of heterogeneous care data.

Among those, mPASS [19] presents a valuable mobile pervasive accessibility social sensing framework.

This has motivated the authors to investigate and propose a novel Fault tolerant Service Selection Framework for pervasive computing.

The Titan framework for pervasive applications is shown in Figure 1 and has the following three components.

Themistoklis et al. [23] proposed a Starfish based self-healing framework for pervasive computing systems that followed the Self-Managed Cell architectural paradigm.

Figure 1 The Titan framework for pervasive applications comprises tiny tasks running on Titan nodes in the PAN (left), a mobile device (center) and Internet application repositories (right).