From a single traditional tap to heavier presses, each gesture can produce a different interaction with the smartphone.
In this paper, a simple and effective centralized controller is presented to control non-square multi-input multi-output industrial processes with heavy interactions and significant time-delays.
To evaluate the performance of the proposed control strategy, it is applied to a simulation example and an industrial case study with heavy interactions and significant time delays, an atmospheric distillation column with 7 inputs and 4 outputs.
Moreover, a grasp-specific representation within PMd is predicted by its neuroanatomical connectivity, with heavy interactions with digit representations in both PMv (F5) and M1 [ 17,18].
Therefore, we conclude that the use of heavy ion interaction models, such as JQMD and JAMQMD, are important for estimating neutron production from the interactions of GCR with the lunar subsurface.
Heavy ion interaction plays an essential role in terms of space dosimetry.
On the other hand, it is not necessary to use a scale factor when using a heavy ion interaction model.
Therefore, we conclude that the use of heavy ion interaction models is important for estimating neutron production in the lunar subsurface.
In this section, we report our estimation of neutron production from the GCR alpha particles using two different heavy ion interaction models: JQMD and JAMQMD (see Table 3).
Therefore, the use of the heavy ion interaction model in the radiation environment on the Moon will give more accurate results when calculating the neutron production in the lunar subsurface.
