Sentence examples for radio communication techniques from inspiring English sources

The progress of modern radio communication techniques has been driven by the academic research in a variety of areas, such as wireless mesh networks [6], vehicular networks [7], cognitive radio [8, 9], efficient use of radio resource [10, 11], and heterogeneous/composite radio networks [12 14].

UWB refers to a radio communication technique based on transmitting very short duration pulses, typically of nanoseconds or less, whereby the occupied bandwidth is very large.

With the development of wireless communication techniques, advanced radio interface technology and code modulation mode provide good support for utilizing radio-wave spectrum.

Cognitive radio (CR), as a promising solution to the spectrum congestion problem brought by the rapid advance of wireless communication techniques and the drastic increase of wireless devices, has drawn a lot of attentions recently (e.g., see [1 3]).

Cognitive radio (CR), as a promising solution to the spectrum congestion problem brought by the rapid increasing number of wireless communication techniques and devices, has drawn significant attention recently (for example, in [1 3]).

This Special Issue aims to capture the current state of the art of advanced distributed wireless communication techniques, such as distributed space-time coding and distributed beamforming (DBF) schemes, coordinated multipoint (CoMP) and multiuser techniques, multiple-input multiple-output (MIMO) relaying, network coding, and cognitive radio-related techniques.

Our strategy for overlay cognitive radio combines cooperative communication techniques, in particular decode-and-forward (DF [26 28], with communication for cognitive radio channels[8, 9].

The works of [8, 9] focused on incorporating cooperative communications into hybrid overlay-underlay CRNs to benefit from both the cognitive radio and cooperative communication techniques such as efficient spectrum utilization and improved link reliability, respectively.

Tarokh also has developed foundational approaches to cognitive radios and distributed communication techniques currently deployed to share valuable spectral resources.

A pioneer in communications and signal processing, he helped invent the space-time codes that provide signal redundancy during data transmission and are now used in most cellular phones, and also developed foundational approaches to cognitive radios and distributed communication techniques that are currently being deployed for sharing valuable spectral resources.

While the techniques presented in [54, 55] were done in the context of a very specific type of pulse load (radio communication using LPL), generalizing the techniques is certainly possible.