Sentence examples for substantial computational power from inspiring English sources
The phrase "substantial computational power" is correct and usable in written English
You can use it when discussing the capabilities of computers or systems in terms of their processing ability. Example: "The new supercomputer boasts substantial computational power, allowing it to perform complex simulations in record time."
For instance, sending huge numbers of legitimate-seeming search requests to a website, each of which uses up substantial computational power, may be more effective and harder to pinpoint than simply flooding it with bogus page requests.
This simulation requires substantial computational power.
Moreover, simply processing the tweets over a relatively small window of time (e.g., weeks) requires substantial computational power.
However, these models need a precise experimental input and substantial computational power, which make the process significantly complicated and time-consuming [1, 2, 3, 4, 5, 6].
The complexity of the social sciences and the interconnectivity of various social phenomena, together with the lack of a controlled environment or laboratory, require substantial computational power to test highly complicated models.
The solution of the hydrocarbon phase equilibria problem through the use of an Equation of State (EoS) requires substantial computational power due to the complexity and iterative nature of the calculations particularly when the reservoir fluid needs to be described with a significant number of components.
Therefore, we use fixed starting points (true values of the parameters) throughout the study due to its substantial advantage in computational power.
Talks centered on algorithms for quickly solving problems thought infeasible for "classical" computers, understanding the limits of the computational power of quantum computers, various approaches to building a practical device and methods for correcting computational errors.
While some of these challenges may be overcome by sophisticated computational techniques, raw computational power remains a substantial requirement that limits the conduct of such analyses.
Oxford's eight-qubit quantum computer has significantly less computational power than an abacus, but fifty to a hundred qubits could make something as powerful as any laptop.
Quantum computers promise to bring computational power leaps and bounds ahead of our most advanced machines.
