The design space for nanoscale CMOS circuits is vast, with multiple dimensions corresponding to process variability, leakage, power, thermal, reliability, security, and yield considerations.
The task is to find reactor dimensions which lead to process efficiency improving, i.e. to processing the greater chemicals amount in the same or shorter time.
Equivalently, to realize their full potential, the involved multiple dimensions must be able to process information ensuring inter-exchange, reducing ambiguities and redundancies, and ultimately improving health care solutions by introducing clinical decision support systems focused on reclassified phenotypes (or digital biomarkers) and community-driven patient stratifications.
In our earlier studies [ 13, 18] we operationalized the four dimensions of the model, identifying ten indicators of the dimensions to evaluate processes of collaboration.
The combined research team from MIT and SUTD is a 3D printing process that actually adds the fourth dimension to the process, since the structures can change over time.
This is a very interesting descriptive work that introduces a temporal dimension to the process of chromatin 3D organization of the Hox loci during collinear activation.
This is achieved by the development of mathematical expressions, relating the weld bead dimensions to the important process control variables affecting these dimensions.
These features are often incorporated into factor or principal components analysis to validate definable dimensions to the care process.
This role of peer review adds yet further dimensions to the review process including the goals and outcomes in teaching of science and research, and the effectiveness of the corresponding organisational structure.
There is a cultural dimension to the process too, but it's an accompaniment to the main event.
