Sentence examples for space-time model from inspiring English sources
The phrase "space-time model" is correct and usable in written English.
It can be used in contexts related to physics, cosmology, or theoretical frameworks that involve the concept of space-time. Example: "In our research, we developed a new space-time model to better understand the behavior of particles at relativistic speeds."
Parmenides claimed that in the real world there is no such thing as change and that the flow of time is an illusion, a view with parallels in the Einstein-Minkowski four-dimensional space-time model of the universe.
This paper presents a stochastic model in space and time for significant wave height, a Bayesian hierarchical space-time model.
In general terms, a singularity can be thought of as a "place where things go bad" in one way or another in the space-time model.
In the second analysis, we built a space-time model to identify whether HRQoL responses could be identified at specific time points.
We build a two-stage space-time model to understand the role of spatially and temporally referenced covariates that reflect social and natural environments in the sampled region, after accounting for unmeasured residual heterogeneities.
Income and education were used as covariates in the space-time model to improve predictions in instances of missing data.
To do this, we evaluated several modeling approaches of varying complexity, from simple space-time models using penalized splines and linear effects of GIS covariates, to approaches which further added time-varying smooth spatial trends, nonlinear covariate effects, and different assumptions with respect to the correlation structure among within-site errors.
Four space-time models take various forms to accommodate correlated structure in space and time, nested data, and nonstationarity.
This paper explores variant space-time models for log-transformed West Nile virus (WNv) mosquito data, which explicitly account for both local environmental conditions and complex dependent structures.
Both the purely spatial and space-time models were constructed using only event (i.e. count) data, but each event was labeled using its quartile ranking.
Defining an appropriate form of determinism for the context of general relativistic physics is extremely difficult, due to both foundational interpretive issues and the plethora of weirdly-shaped space-time models allowed by the theory's field equations.
