The cyberinfrastructure provides a pervasive computational ecosystem, integrating grid computing infrastructure with high-performance backend resources, data warehouses, sophisticated client applications, new instruments, and embedded sensors, thus enabling a new paradigm for monitoring, understanding, and managing ecological and environmental systems.
Technical advances are leading to a pervasive computational ecosystem that integrates computing infrastructures with embedded sensors and actuators, and are giving rise to a new paradigm for monitoring, understanding, and managing natural and engineered systems – one that is information/data-driven.
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.
According to Saha and Ukherjee [13], the structure of a pervasive computing system is made up of pervasive devices, the pervasive networks, the pervasive middleware and applications.
Rather surprisingly, the use of data compression is pervasive in computational biology.
The extent of required time and effort is believed to be one of the main hindrances toward the pervasive use of computational building performance assessment tools by designers: Currently, modeling applications are mostly used, if at all, in the later stages of design and by specialists, rather than architects.
Computational grids can provide dependable, consistent, pervasive and inexpensive access to high-end computational capabilities to meet requirements of high performance scientific and engineering applications.
He obtained his Ph.D. and M.S. degrees from the program of Biomedical Engineering at Rutgers University, New Brunswick, New Jersey, U.S.A.His research interests include medical informatics, computational biology, and pervasive health.
However, these analyses used computational techniques that assumed pervasive positive selection across the entire RV phylogeny — unlikely the case for a virus experiencing distinct host environments.
Moreover, Streett's argument somewhat set a precedent in the now pervasive use of automata techniques in proving computational properties of logics of programs and of temporal logics.
However, understanding the role of pervasive low-magnitude remodelling may require using computational modelling approaches at a system level, as well as improved technologies for accurately measuring those changes.
