Sentence examples for terrestrial technology from inspiring English sources

"The ability to deploy terrestrial technology to serve aeroplanes gives you dramatic capacity and cost-per-bit advantages [over traditional satellite only services]," explained Rupert Pearce, the CEO of Inmarsat.

As has been successfully demonstrated by past Canadian advanced life support activities, terrestrial technology transfer and the development of highly qualified personnel will serve as key outputs for Canadian advanced life support system research programs.

"Satellite has to evolve at the same rate as terrestrial technologies to be relevant to the market," Mr. Moore said.

By providing an easy route to the internet at large, local telecoms firms should be able to provide high-speed, third- or fourth-generation mobile-phone coverage to areas far away from the big cities.The top-down approach makes sense, for the familiar terrestrial technologies are not well-suited to covering the globe with lots of fast connections.

However, the delivery systems that fully enable this sector will rely on hybrid connectivity featuring both satellite and terrestrial technologies.

In addition to this, no universal procedure to perform a 'seamless handover' between satellite and terrestrial technologies (or in general between two different positioning techniques) has been defined yet, adding further friction against a smooth development of AAP.

There is still some scepticism concerning Ka; there are investors who worry that the satellite broadband market maybe squeezed in due course as fast terrestrial technologies - cable, fibre, 4G-LTE, etc - are rolled out to more of those unserved and under-served locations.

Knowledge of redshifts and blueshifts has been applied to develop several terrestrial technologies such as Doppler radar and radar guns.

Due to the advancements in terrestrial cellular technology and satellite multibeam technology, denser deployments of cells/beams has become possible for providing higher capacity and network availability.

A barrier to experimental progress in this area has been the challenge of translating terrestrial quantum technology to the space environment, particularly in the context of the traditional "big-space" paradigm of satellite development and operations.

For the first time state-of-the-art terrestrial LiDAR technology was used for stratigraphic profiling, strata delineation and geological feature extraction based on the intensity return and surface roughness.