Besides turbo-charging networks to handle greater Internet traffic volumes, operators are also having to solve the increased complexities that come operating a wireless broadband grid.
From powering a lunar base to providing energy for an ion-engine spacecraft to creating a wireless power grid in the sky, no project has been too mammoth to contemplate.
In this perspective, by their very demand requirements and their socioeconomic impact, medical applications are certainly the most pertinent domain for using a wireless sensor grid.
In this paper, we propose a wireless sensor grid architecture for monitoring the health status of different groups of patients to provide a platform for physicians and researchers to share information with distributed database and computational resources to facilitate analysis, diagnosis, prognosis and drug delivery.
In this paper, we describe the case of wireless grids, an emerging technology that enables ad hoc sharing of resources (such as screen, signal and microphone) on edge devices (such as PDA's, laptops and mobile phones).
Mobile operators, whose wireless grids are increasingly the go-to means for access to the Internet, are not the only companies that restrict people around the world from following their bliss on the Internet.
The number of users of mobile Internet services, which deliver speeds comparable to fixed-line networks over wireless grids, rose to 900 million this month from 500 million in January, he said.
The combined level of robotic chatter on the world's wireless networks — measured in the digital data load they exert on networks — is likely soon to exceed that generated by the sum of all human voice conversations taking place on wireless grids.
Context-related characteristics, in particular trust in communication partners, explain the willingness to share and, consequently, the use of wireless grids.
In this paper, we have presented a key predistribution scheme for a wireless sensor for a grid-group-based deployment.
