Sentence examples for scaling order from inspiring English sources

Scaling order imbalance by the total number of trades may diminish autocorrelation (Chordia and Subrahmanyam 2004, p. 498) but has the advantage of allowing for meaningful comparisons across stocks despite differences in liquidity.

Choosing a larger scaling than Q = Θ log2 for Q, does not help improving the scaling order of R1. That is because R1 = Θ log2 is the best achievable scaling even in the case of Q = ∞. Thus, increasing the scaling order of Q does not help improving the scaling order of R1.

Consequently, no scaling larger than Θ log2 is the optimum scaling order. Now, we prove that no scaling smaller than Θ log2 is the optimum choice.

Finally, we prove that the scaling choice of Q = Θ log2 is order-optimal. First, we show that no scaling order larger than this results in higher throughput. We have observed that by the scaling of Q = Θ log2, the scaling of R1 is as R1 = Θ log2.

All solids, both crystalline and amorphous, exhibit short-range (atomic-scale) order.

The dichotomy between small-scale order and large-scale randomness suggests that the universe would look very different to tiny physicists or mathematicians living on the spine of one of those ice crystals.

Additionally, we scale order imbalance by the total number of trades to compare the data across stocks of different liquidity.

ACP is unique among all forms of calcium phosphates in that it lacks long-range, periodic atomic scale order of crystalline calcium phosphates.

The Ising model was introduced in 1920 to simulate how small-scale changes, such as interactions between atoms, can contribute to large-scale order, such as whether a sliver of iron will be magnetic.

Instead of filling the order as the price fell, the source says, Gary waited until the bond had dropped considerably, then bought bonds and sold them to Norinchukin at the higher prices specified in the scale order.

We propose two types of self-assembling structures, dynamic globules and crystalline scaffolds, and suggest they provide a means to achieve cell-scale order.