Our results show that OFDM/TDM using MMSE-FDE achieves a lower peak-power and capacity than conventional OFDM, which means significant reduction of amplifier transmit-power backoff, but with a slight decrease in signal bandwidth occupancy.
The procedure exploits a colored random sequence in the calibration algorithm, and can be applied both for narrowband input signals and for baseband signals, with a slight penalty on the analog bandwidth of the converter.
It turns out that the sub-optimal detector has less reduced delay, complexity, memory size, and bandwidth loss with a slight increase of the bit-error-rate.
In an experiment by adding magnetic force, a slight increase is observed in the operating bandwidth and a 10% increase in the magnitude of voltage output is achieved at the same excitation level.
The stations serving Nunavut now are slow enough that sending photos was impractical, and even slight population growth would instantly render the bandwidth totally inadequate.
Li and Pi [17] gave a result that terahertz radar system could be very helpful to observe some slight micro-motion because of its short wavelength, huge bandwidth, and obvious micro-Doppler shift [18].
Varying the height directly tunes the bandwidth, while manipulating the wall profile results in a slight change in the shape factor, which leads to fine-tuning of the bandgap.
The limited electronic bandwidth of the amplifier and digitizer accounts for the slight reduction in the imaging range of the HCCR-SSOCT system from the expected imaging range of 10.8mm.
To achieve larger bandwidth and increased sensitivity, the microgyroscope is operated with a slight mismatch in the resonant frequencies of the drive and sense-mode.
Slight increase of the bias current by 10 mA causes a significant increase of bandwidth by 0.78 GHz (from 6.95 to 7.73 GHz), which is likely due to the additional photons emitted by the ES lasing.
