Sentence examples for millimeter wave communication from inspiring English sources

Yes No N/A Comp CFO N/A FD-S3 Table 21 Summary of synchronization research in millimeter wave communication systems Article SC/MC Fading CSI Req.

The design of millimeter wave communication links and the study of propagation impairments at higher frequencies due to a hydrometeor, particularly rain, require the knowledge of 1-min.

The 60 GHz millimeter wave communication has received significant recent attention, and it is considered as a promising technology for short-range broadband wireless transmission with data rate up to multi-giga bits/s [1 4].

Accurate characterization of their spatial multipath channel at millimeter wave bands has gained significant interest both in industry and academia, as it is important for system design and performance analysis of future millimeter wave communication systems [7, 8].

Hence, the superiority of this suggested approach in dealing with nonlinear 60GHz millimeter-wave communication systems is rather obvious.

To compete against the negative effects, high emission power is usually indispensable in 60GHz millimeter-wave communication.

Accordingly, with this enormous signal bandwidth, the multi-gigabit capacities and low latency transmissions can be practically promised by the 60 GHz millimeter-wave communication systems.

As an important expansion of Kalman filtering, the PF method shows great promise to blind nonlinear equalization in 60GHz millimeter-wave communication.

It enables the design of high-performance, compact, and low-cost wireless millimeter-wave communication receivers for future high-speed wireless communication systems.

Millimeter-wave communication (mmWC) is considered as one of the pioneer candidates for 5G indoor and outdoor systems in E-band.

This study implemented an injection-locked frequency divider (ILFD) on Ka-band millimeter-wave communication systems in 0.5 μm enhancement/depletion-mode (E/D-mode) GaAs PHEMT technology.