Sentence examples for given computations from inspiring English sources

First, we model resources and computations at fine-grain, and the evolution of the system as the process of resource consumption; second, we model energy consumption as the cost/consequence of a specific CPU resource allocation; third, the model is energy-aware, and can be used to generate an energy-efficient resource allocation plan for any given computations.

Before optogenetics, neuroscientists were faced with the intractable nightmare of separating causation from correlation, knowing (sometimes) which neurons were associated with a given process without knowing which ones actually performed a given computation.

Regardless of how the problem of computational implementation is formulated, solving it requires an account of concrete computation — an account of what it takes for a physical system to perform a given computation.

Slowdown is known to reduce the dynamic power consumption at the cost of increased execution time for a given computation task.

The reason for doing so is that this will allow a system to decide how much power or energy should be allocated to a given computation [16].

If whether a system performs a given computation depends solely or primarily on how the system is perceived, as opposed to objective fact, then it seems that everything computes because everything may be seen as computing (Searle 1992).

We also study a fundamental problem that emerges on such architectures, namely, to determine for a given computation when and how the potential for reconfiguration should be changed during run time so that the reconfiguration overhead is minimal.

The amount of unpredictability in the behavior of Class4 rules also hints at computationally interesting features: by the Halting Theorem, it is a key feature of universal computation that one cannot in principle predict whether a given computation will halt given a certain input.

For a given computation, the right hand side is a function of s and q. Figure 1 illustrates the energy savings which result from using per-core frequency scaling for the two cores.

The transport properties in the conservation equations are determined based on the volume fractions of all the phases present in a given computation cell: rho ={displaystyle {sum}_{q=1}^n{alpha}_q{rho}_q={alpha}_l{rho}_l+left 1-{alpha}_lright){rho}_{q=1}^n{alpha}_q{rho}_q={alpha}_l{rho}_l+left 1-{alpha}_lright

Thus, a given computation can be implemented in multiple physical media (e.g., mechanical, electro-mechanical, electronic, magnetic, etc)., provided that the media possess a sufficient number of dimensions of variation (or degrees of freedom) that can be appropriately accessed and manipulated and that the components of the mechanism are functionally organized in the appropriate way.