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We plan to evaluate the proposed interaction techniques in an educational context as a case-study.
The results from two different studies justify the usability of the proposed interaction.
The proposed interaction taxonomy serves as the first domain-independent requirement interactions taxonomy.
The proposed interaction mechanism is based on hydrogen-bonding and Coulomb interactions.
The proposed interaction law is based on a new non-linear intermediate approach.
The objective of the present study was to explore the proposed interaction between the skeletal effects of estrogen and locomotion.
The proposed interaction framework is realized through the development of a Real-Time Fire Emergency Resprototypetem (RFERS) prototype.
Schematic illustration for the proposed interaction modes between tannic acid-coated AuNPs and CYP isozymes in the vesicular membrane structure of the microsomes.
Results indicate that the proposed interaction theory is well capable of predicting the deformation and stress distribution of the composite shear walls.
A practical example is used to demonstrate the validity and feasibility of the proposed interaction decomposition principle in process large-scale systems.
We confirmed this hypothesis using a mutated PPARα LBD in our transactivation assay to disrupt the water cluster and to validate the proposed interaction.
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