"ideal assumption" is a correct phrase in written English and can be used to describe a statement or idea that is taken to be true without proof or evidence.
For example, "It was an ideal assumption that the plan would be successful."
In this paper the ideal assumption previously made that the visibility of individual sensors is governed by deterministic laws is relaxed; this yields, interestingly, simpler analytical formulas.
To date, CBS selection techniques often make an ideal assumption that there is one-to-one mapping between requirements and components.
Based on the ab initio calculations, we propose a new class of three dimensional (3D) topological insulators in alkali-metals-based ternary intermetallic compounds X2YZ (X = alkali metals, Y = Ag, Z = Sb) with a highly ideal assumption that the X2YZ compounds would crystallize in a cubic lattice.
However, all the existing works on OSTBC over non-identical channels make the ideal assumption that the CSI is perfectly known at the receiver.
This ideal assumption is of course only true for white noise and for real environmental noises; components in lags other than zero are also available.
As an ideal assumption, we can consider the autocorrelation of noise as a unit sample at the origin and zero at other lags.
Then various models consisting of ideal assumptions, governing equations, auxiliary conditions, solution methods and main results are presented.
Conventional control theory with many ideal assumptions, such as synchronized control and non-delayed sensing and actuation must be revisited so that the limitations on communication capabilities within the control design framework can be integrated.
While, the ideal assumptions and complex equivalent models in traditional methods bring in large error and the analysis of whole system model reduces the effectiveness of cooling system design for complicated high-power inverters.
In his PhD research, this idea motivated the application of analytical tools to motion planning for "real" or physical locomoting robotic systems that violate certain ideal assumptions but still exhibit some structure – how to get unconventional robots to more around with stealth of animals and biological organisms.
Simulation results indicate that the performance of our co-designed localization and routing algorithm in the presence of severe noise is as good as that provided by a shortest-path routing algorithm under ideal assumptions; therefore, our co-designing approach can achieve high performance with lightweight algorithms.
