Sentence examples for technology deployments from inspiring English sources

Until now WiFi has been viewed by many technology analysts as an upstart from-the-bottom technology that has the potential of upsetting other capital-intensive technology deployments, like the expensive next-generation data-oriented cellular networks known as 2.5G and 3G that are being established by companies like AT&T Wireless, Cingular, Nextel, T-Mobile, Sprint and Verizon.

Salesforce says that private beta participants were chosen based on their existing Salesforce.com technology deployments and potential Chatter use cases.

Although combustion technologies continue to lead the market, advanced thermal treatment technology deployments such as pyrolysis are expected to pick up as diminishing landfill capacity improves WTE economics.

Technology convergence topics are not limited to system design and equipment selection; there are many aspects of managing technology deployments that are affected by convergence.

Dystechnia is a condition of socio-economic network imperfection, wherein connections at some level are misaligned, misdirected, misallocated, obstructed, corrupted, or entirely absent, resulting in compromised coordination of technology deployments and the human processes such technology is intended to serve.

His closing remarks dovetailed very nicely with Whitehurst's opening remarks: Linux is now the default choice for new technology deployments, and is the foundation upon which most future technical advances will be built.

While ostensibly impartial, these bodies have often been highly political and could delay technology deployment for years while companies fought to have their technology incorporated into common use.

Align claims that roughly half the nation's 8,500 orthodontists have attended a seminar and invested in the equipment necessary to offer its product, an astonishingly rapid technology deployment for such a conservative industry.

Cities present us with huge environmental challenges, but also offer huge opportunities, because they create economies of scale in technology deployment and access to capital, both of which are vital if we are to make the existing built environment of our cities sustainable and resource efficient by 2050.

Most important, the industry is a maritime leader when it comes to environmental protection, including the testing of engine exhaust "scrubber" technology, deployment of shoreside "plug in" equipment to reduce emissions at ports, use of advanced wastewater purification systems producing effluents cleaner than most municipalities and robust recycling of solid wastes on board ships.

Second, it suggests that transitions may shift between pathways, depending on struggles over technology deployment and institutions.