Sentence examples for more realistic constraints from inspiring English sources

The computational experiments demonstrate that the framework competes with state of the art local search methods when more realistic constraints are considered than in classical VRPs.

When considering more realistic constraints of VANETs such as non-uniform and non-Poisson distributions, or non-ideal environments with fading/shadowing impact, Miorandi et al. [9] proposed an equivalent GI|D|∞ queuing model to analyze the connectivity of one-dimensional ad hoc networks.

Further work could involve quantitative interpretation of the obtained velocity structures in detail together with other geophysical observations such as seismic attenuation, shear-wave splitting, and electrical conductivity to provide more realistic constraints on numerical simulations of stress accumulation of the Atotsugawa fault system as well as the NKTZ.

For each loading we have applied more realistic constraints by positioning them within frameworks of rigid links at the occipital condyle as well as at the tip of the beak to more broadly distribute forces in accordance with previously published methods [32].

Expression levels in reactions 2. The LP model 3. Flux profiles in disease/normal samples 4. Identification of significant reactions 5. Significant metabolite discovery Comparing to the well known model using the human metabolic network to predict metabolic biomarkers of human inborn errors of metabolism [ 14], our model takes more realistic constraints into consideration.

More realistic power constraints, such as per-BS power constraints [42] or per-antenna power constraints [43], are needed in the implementation of real systems.

Under such more realistic power constraints, the transmitter optimization was addressed in [20], where the elegant uplink-downlink duality under a sum-power constraint was extended to downlink problems with per-antenna power constraints.

To make the model more realistic, explicit capacity constraints of individual trains are considered.

We have observed that the rates achieved with the more realistic per antenna constraints are lower compared to a per base station one.

In the future, the study can be extended to solve the loading problem by considering more realistic variables and constraints such as availability of pallets, jigs, fixtures, AGVs, etc. in addition to tool slots and machining time.

The remaining challenges are experiments testing more realistic scenarios, relaxing constraints on epidemiological and (co evolutionary processes.