"computation without" is a grammatically correct phrase and can be used in written English.
It is typically used to describe the act of performing calculations or processing data without a certain tool or resource. Here are a few examples: - "The team was able to complete the project using only manual computation without the use of any advanced software." - "The professor challenged his students to solve the equation using only mental computation without a calculator." - "It is possible to achieve accurate results through careful computation without relying on complex algorithms."
First, can a classical computer delegate a quantum computation without compromising privacy?
Before attacking this problem, we should first convince ourselves that quantum computers can be harnessed to perform standard, classical, computation without any "speed-up".
It is computation without the arithmetic". In contrast, Microsoft's equivalent, DX11 Compute, which appeared as a preview release for developers in November, concentrates on graphics, despite having its senior researchers work on much more wide-ranging techniques.
Because the total computational complexity is directly proportional to the number of signal segments being processed, the LPFT computation without overlap between signal segments makes significant savings on the computational complexity compared to that using the overlap between signal segments.
This paper highlights our contribution to a stable flow computation without explicit structure of staggered grid.
During DWT/IDWT computation, without reconstructing the entire table we can recover only the required table entry.
Displacements and stresses at the contact elements zone were computed and compared with results of the dam computations without contact elements.
Furthermore, the analysis of the computational requirements and simulations results both show that the SBLFXLMS algorithm requires less computations without suffering from any performance degradation of mutichannel nonlinear ANC systems.
Purely hydrodynamic computations (without the effect of the magnetic field) reveal an excellent agreement against previous experimental and numerical results.
A set of control computations without dispersion reaffirms that a non-hydrostatic model is essential to account for these complex wave processes from the source to the shore.
The expected performance was always found to be smaller than in computations without UQ techniques, corresponding to up to 10% of relative losses for λ = 2.5.
