Sentence examples for furthermore to implement from inspiring English sources

Furthermore, to implement the model, which is inherently nonlinear for multistatic sonar, approximations have to be made.

Furthermore, to implement the underlying constitutive equations into a finite element code, a stress integration scheme has been adopted by extending a cutting plane algorithm to the model with multiple yielding mechanisms.

Furthermore, to implement the association scheme in Section 3.1, each sensor j receives the updates ({hat {mathbf {M}}_{t+1}^{k-1}(j',ell)}_{ell =1}^{L}) from neighborhood ({mathcal {N}}_{j}), corresponding to (L|{mathcal {N}}_{j}|) scalars in total, to form its local updates ({hat {mathbf {M}}_{t+1}^{k} j,ell)}_{ell =1}^{L}).

Furthermore, to implement this controller in the framework of the mechanical sensorless control from the only measurements of the currents and voltages, an adaptive interconnected high gain observer is developed for estimating the rotor speed, the position and the load torque.

Furthermore, to implement an adaptive design it should be possible, practically and financially, to expand the originally estimated sample size, which is rarely occurring in trials not financed by the industry.

After the termination of the Phébus FP campaign, these two codes have been furthermore improved to implement the more recent findings coming from different experimental campaigns.

Furthermore, to successfully implement governance mechanisms in this domain, there are key strategies recommended to support change and achieve desired outcomes.

Furthermore, the attempt to implement urban changes on the basis of negotiations concerning the acceptability of injustice is a trap.

Furthermore, in order to implement this controller, an extended observer is designed to estimate unmeasurable states as well as external disturbances.

Furthermore, in order to implement the deep learning hashing on computation and memory constrained mobile device, we investigate the deep learning optimization works to accelerate the computation and reduce the model size.

Furthermore, an easy to implement and repeatable method is presented to select the optimum size of random sets of ignition points, implicitly fine-tuned to the spatial variation of the input data.