Sentence examples for Advanced electronic systems from inspiring English sources

The officials said the concern was not Lockheed Martin's size but the potential for creating one supplier for the advanced electronic systems that are expected to be the big military business of the future.

Raytheon's revenues, for example, totaled $6.4 billion last year, compared with $233 million for Watkins-Johnson, a producer of advanced electronic systems and devices for military and other customers.

Kessel is hard at work transforming Continental into what he calls one of the world's top "total chassis management" makers–supplying the world's top automakers with complete tire, brake and related chassis-parts modules, all of them stuffed with advanced electronic systems.

The Electronic Systems division, headquartered in Wayne, N.J., produces airborne computers, radar navigation systems, tactical electronic equipment and other advanced electronic systems for the defense industry.

"Why would the U.S. government want to acknowledge the reality of a highly advanced technology belonging to an unknown agency -- someone that can violate restricted airspace with impunity, disable advanced electronic systems of our best aircraft and even tamper with our nuclear stockpile?" Dolan said.

The development of more advanced electronic systems in the 1980s allowed manufacturers to produce snow groomers which could work on and replicate a much wider range of terrains, with the most modern even able to produce half-pipes and ramps for snowboarding.

The New York Times in 1987 mentioned a proposal by his companies in the 1970's to help the Iranian Army obtain advanced electronic surveillance systems through exporting the system piecemeal.

Many major advances in medicine, especially in neurology, have been sparked by recent advances in electronic systems that can acquire, process, and interact with biological substrates.

These advances enable faster electronic systems that can be integrated with fiber speed and wireless networks.

Advances in miniaturized electronic systems and wireless communications have enabled their use for monitoring applications in scenarios which were previously very difficult or even impossible to monitor, giving birth to the field of wireless sensor networks (WSNs).

This work provides guidance for optimal design of small-scale heat transfer devices in many cooling applications, such as biomedical chips, electronic systems, and advanced fuel cells.