Furthermore, this model gave no strength gain of cores at an age of 1 day.
Furthermore, this model considers three possible types of node behaviours viz., cooperative, selfish and failed.
Furthermore, this model does not increase the computation time per iteration.
Furthermore, this model allows a sophisticated histological as well as immunohistochemical analysis.
Furthermore, this model is used to design a simple nonlinear multivariate control strategy.
Furthermore, this model can reproduce Taylor's rule of plasticity very well.
Furthermore, this model can be implemented in the connected vehicle environment to warn drivers of potentially slippery locations.
Furthermore, this model provides a starting point for the future study of adaptive designs with non-convergent generating matrices.
Furthermore, this model is used in order to obtain numerical results illustrating the possible limit behaviour of the system.
Furthermore, this model allows the correct estimation of the user profile with few and not sufficiently precise input data.
Furthermore, this model is suitable for application in both V2I and V2V scenarios, as it gives us the control over definition of the motion of both communication sides.
