The phrase "high computing cost" is correct and usable in written English
You can use it to describe something that requires a large amount of computing resources and/or has an expensive cost associated with it. For example, "The new video game required a high computing cost to develop."
However, this algorithm requires high computing cost and fails to colorize a whole image if only a few RPs are given.
A mesh-based level-set method was proposed in [27], which generated good fluid surface but with the high computing cost.
To overcome the high computing cost associated with high-dimensional digital image descriptor matching, this paper presents a massively parallel approximate nearest neighbor search (ANNS) on K-dimensional tree (KD-tree) on the modern massively parallel architectures (MPA).
In view of the high computing cost, special emphasis is put on an effective program design such as the application of the multi-grid method and the parallel calculation.
In view of high computing cost, special emphasis is placed on effective program design, such as application of advanced detection algorithm for particle particle/wall collisions, the multi-grid method and parallel calculation.
While the present results are not applicable to the examination of micro-mixing properties, which require assessment by experimental methods or high computing cost direct numerical simulation, they are useful for evaluating the effects of different flow parameters on macro-performance, which is equally important for scramjet combustor design and evaluation in engineering.
Time domain aeroelastic analysis has high computing costs when using computational fluid dynamics.
However, parametric studies typically involve high computing costs for a dimension design, and results obtained by correlation fitting suffer from a relative lack of accuracy.
Considering on conventional polygonization or adaptive mesh methods may incur high computing costs and detail losses, an improved particle-based method is provided for real-time fluid surface rendering with the screen-space technology and the utilities of the modern graphics hardware to achieve the high performance rendering; meanwhile, it effectively protects fluid details.
Therefore, the high computing costs involved in using FFR models to perform practical virtual screening of thousands or millions of ligands may make it unfeasible.
MCM only required a total number of rays for simulation, whereas it needed higher computing cost and its results fluctuated in multiple runs.
