Sentence examples for understand forecast from inspiring English sources

We illustrate how this framework can be used to understand, forecast, and manage ecological systems that exhibit nonlinear dynamics across a range of spatial and temporal scales.

Using personal names is intended to make it easier for people to understand forecasts and warnings, says Mr Kuroiwa, but the public sometimes likes to have its say.

"Marketing was a starting point for us to first engage with companies and also find a lot of great partners to work with," says Yu. "Over the years we saw the strong need many companies have that want to use AI to solve multiple problems, analyze and have deeper insight into their users and also better understand forecasts of user behavior".

Application of reservoir simulation models to understand and forecast reservoir performance is the norm.

In general, volcanic activity was viewed as changing at a moderate level from year to year, and as being relatively difficult to understand or forecast over any timescale.

Several groups have used these techniques to better understand and forecast the geodynamo (Fournier et al. 2010; Tangborn and Kuang 2015).

For the post-failure stage, an enhanced numerical approach is provided to understand and forecast the transition from a slide to a flow.

It is important to understand and forecast a typical or a particularly household daily consumption in order to design and size suitable renewable energy systems and energy storage.

Furthermore, we applied a variance decomposition test to understand the forecast variance and impulse response function in order to analyze the effect of the oil price shock on the financial market.

In historic time, events and observations have been written down for posterity, and in the last few decades mathematical models have been created to understand and forecast volcanic hazards.

Based on porous media concept, a two-phase Eulerian model (rather than computationally demanding traditional three-phase Eulerian model) describing the flow domain as porous region is presented to understand and forecast the liquid maldistribution in TBRs under cold-flow conditions.