Sentence examples for which effectively improves from inspiring English sources

In this paper, a computationally efficient direct design method, which effectively improves the design procedure, was introduced.

Performance of the system is further improved under Rayleigh fading AWGN channel environment using error correcting turbo codes which effectively improves BER of the system.

The combined distance transformation image works in favor of accumulating gradient information of overlapping region which effectively improves the sensitivity to slow movement.

This actually forms a Turbo iteration process between the different algorithms which effectively improves the estimation performance of the channel equalizer.

We leverage the checkpoint technology and design a novel approach based on the hybrid waiting list named Chord (Checkpoint with hybrid scheduling method) which effectively improves the performance of shared clusters.

So, the EISA method is chosen to prepare TiO2, which could support the Mn species as active component in highly dispersed state, suggesting that the MnO x has strong interaction with TiO2 support which effectively improves the catalytic performance of CO oxidation reaction.

Then, three levels of novel adaptive thresholds are proposed based on the reduced order sliding mode dynamics, which effectively improve incipient sensor faults detectability.

The results reveal that using the oval fin-tube can not only reduce the flow resistance but also improve the heat transfer capacity of the heat exchangers which effectively improved the fin efficiency.

It is believed that the remarkable electrochemical performance of the film electrode is attributed to the 3D foam-like structure and binder-free feature, which effectively improve the ionic and electron conductivity of the electrode.

A fuzzy sliding mode variable structure control which combines advantages of sliding mode variable structure control is presented and designed for FFU motor speed regulation, to guarantee system control performance and robust stability.The experiment results showed that this proposed scheme can implement speed control, which effectively improve the system robustness and transient response.

This is owing to the special structure of small NiFe2O4 nanoparticles embedded in porous carbon fibers, which effectively improve the electrical conductivity of the electrodes, decrease the diffusion path of Li+ ions, as well as prevent the particle pulverization/agglomeration during cycling.