Sentence examples for deployable technology from inspiring English sources

Quantum computing gets closer to deployable technology.

I'd like to see the next half billion spent on deployable technology that can put a dent in our foreign oil dependence, now".

Critical challenges that will need to be overcome include improving the sourcing and collection of CO2, increasing the efficiency of solar-assisted catalytic conversion of CO2 and H2O into fuels, extending device lifetimes, reducing costs, and investing in infrastructure upgrades to reduce the large gap between current laboratory demonstrations and deployable technology.

DARPA wants the new bullets to be an easily deployable technology, so it's designed them to be compatible with standard smooth-bore rifles and fit into traditional cartridges.

However, new affordable and deployable technologies and microsensors have recently appeared and keep maturing.

To this end, several groups have focused on the development of low-cost and rapidly deployable technologies that address common diseases afflicting the third world and common tests performed in both hospital and field environments [1] [6].

"We have proved that sense and avoid for unmanned aerial vehicles using passive sensors is a very real possibility, and with some more time and maturity, this will evolve into a deployable standard technology," says Dey, who presented details of the system at the International Conference on Field and Service Robotics yesterday.

We report here on the design of sensor networks, as a part of the development of a prototypical, field deployable sensor/tracer technology for monitoring the rate of leakage of geologically sequestered CO2.

What's more, DSL is fairly new in its evolution as a mass deployable broadband technology.

"It was the first successful use of deployable digital technology in diplomatic negotiations," said Richard Johnson, a consultant to the National Geospatial-Intelligence AgeNational Geospatial-Intelligence

This chapter focuses on the design of sensor networks, as a part of development of a prototypical field-deployable sensor/tracer technology for monitoring the rate of leakage of geologically sequestered CO2.