Sentence examples for vast amount of computational from inspiring English sources
However, most particle filters involve vast amount of computational complexity, thereby intensifying the challenges faced in their real-time, embedded implementation.
However, due to a high complexity of both the method and the biological systems, this approach often requires a vast amount of computational resources.
Simply performing physical layer simulations of the radio links between all terminals and base-stations is unfeasible for system level investigations because of the vast amount of computational power required.
This questions the practical applicability of computationally intensive methods as comprehensive evaluations of performance and reliability will require vast amount of computational resources.
To improve upon computational time, vast amounts of computational power and resources are employed, but even over dozens to hundreds of central processing units (CPUs), the required computational time to compute solutions can be weeks, months, or longer, which is particularly true when generating high-order accurate solutions over large computational domains.
Owing to the advent of high throughput proteomic studies in combination with the computational methods, a vast amount of information is becoming available on the protein assemblies and protein-protein interaction networks [5].
The availability of a vast amount of experimental data covering various diseases has stimulated computational efforts to identify novel potential indications for established drugs.
Alongside these, it will be necessary to refine computational methods to distil the vast amount of data into discrete segments of interpretable biological function.
Recent improvements in experimental and computational techniques have led to a vast amount of data on the microstructure and deformation of polycrystals.
Overall, the presented integrated computational materials engineering approach provides a vast amount of well-correlated structural and mechanical data that enhance our understanding as well as the design capabilities of multiphase alloys.
The vast amount of available EST data allows expression analysis based solely on computational methods.
