With the aid of spring hardening effect, the operating bandwidth (BW) can be increased from 5 Hz to 16.4 Hz.
Power and bandwidth of piezoelectric harvesters can be increased by using multiple piezoelectric elements in one harvester.
By shifting the first and second rows of air holes of slotted photonic crystal waveguide, the bandwidth of slow light can be increased, with small group velocity dispersion.
The capacity of 4G cellular wireless networks like Long Term Evolution Advanced can be increased by larger bandwidth for multicarrier operation, higher number of antennas for more spatial multiplexing, tighter reuse of radio cells using the same frequency spectrum and optimisation of the network configuration in general.
By implanting intra-cranial electrodes, the quality, bandwidth and spatial resolution of the signal can be increased significantly.
Number of rules and iterations can be increased to incorporate system tolerance bandwidth.
The rate of uplink traffic can be increased in order to reduce bandwidth waste, when downlink traffic was not greedy.
Flexibility in imaging can be increased using spectral emission imaging to optimize emission bandwidths and to separate SHG-B, GFP, and Carmine Alum signals, although conventional filters were also useful.
Using the coupling between radiator and ground plane, the bandwidth can be further increased towards the higher side of the frequency spectrum.
By varying the frequency of the oscillators in an array, the sensing bandwidth can be effectively increased.
