Sentence examples for mobile wireless transmissions from inspiring English sources
Mobile wireless transmissions undergo more distortion in the mobile channel than do wireline systems.
Explicitly, in many mobile wireless communication systems, transmission is impaired by both delay and Doppler spreads [3 10], resulting in inside- and out-of-band interferences.
The orthogonal frequency-division multiplexing (OFDM) is an effective technique for combating multipath fading and for high-bit-rate transmission over mobile wireless channels.
An application such as video transmission for mobile wireless environments is a good example where low bit rates are typical and the channel is highly prone to error.
Comparing to our previous work, we have considered more advanced scenario, where multiple component carriers utilized for uplink in the mobile wireless network are used for downlink transmission.
This transmission technique has been chosen for mobile wireless metropolitan area network as in 802.16e-2005 (mobile WiMAX) [1].
The choice of appropriate modulation and coding scheme and well as multi-antenna transmission mode are critical to achieve the desired reliability/robustness and system/user throughput in mobile wireless data communications.
We design and implement a campus test-bed for supporting multimedia traffic in mobile wireless mesh networks, and investigate in detail some possible improvements on a number of layers to enable multimedia transmission over wireless networks with QoS support.
It is well-known that the mobile wireless channel suffers from fading; in another word, signal attenuation can vary significantly over the course of a given transmission.
That illustrates another aspect of mobile wireless access.
Mobile, wireless trading is going mainstream.
