Sentence examples for which largely reduced from inspiring English sources

During the seven-week shutdown, which largely reduced the CBC's programming to a mix of reruns and BBC shows, the broadcaster showed Canadian Football League games without commentary and used managers to provide sometimes amateurish camerawork.

In that case, the devices were connected to low-loss transmission lines by means of air-bridge interconnection which largely reduced parasitic capacitance.

The tables were split by chromosome name and every table was constrained to less than ten million records, which largely reduced the search region and the response time.

Furthermore, particle elutriation is influenced by the agglomeration process which largely reduces the number of small-size particles.

Thus the threshold optimization can be conducted off-line, which largely reduces the delay of channel rank detection in real applications.

At the lower tier, we propose an adaptive channel sharing model working with the distributed random access, which largely reduces protocol overhead and exploits rate diversity among stations.

During the whole process, only the features of unlabeled images and prediction labels are transmitted in the network, which largely reduces the risk of privacy leakage.

Furthermore, the explicit pressure calculation is introduced to close the model instead of the previous semi-implicit algorithm, which largely reduces the computational cost in three-dimensional cases.

The main advantageous features of those designs are common on (1) current-free plasmas, which leads to steady, high Q and disruption-free reactors and (2) high density operations, which largely reduces the diverter heat load.

The modified Newton-type Koiter-Newton approach which largely reduces the number of degrees of freedom in the nonlinear finite element model, serves as the nonlinear buckling solver to trace the equilibrium paths of geometrically nonlinear structures efficiently.

Marker-assisted selection (MAS) has become an important approach to the development of disease resistance cultivars, especially in the utilization of cloned genes, which largely reduces time and cost in breeding programs (Ishihara et al. 2014; Jiang et al. 2012; Narayanan et al. 2002).