Publication: Compatibility of space‐time kernels with full, dynamical, or compact support
Compatibility of space‐time kernels with full, dynamical, or compact support
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Faouzi, T., Furrer, R., & Porcu, E. (2025). Compatibility of space‐time kernels with full, dynamical, or compact support. Mathematical Methods in The Applied Sciences, 48(1), 1216–1225. https://doi.org/10.1002/mma.10379
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This paper deals with compatibility of space‐time kernels with (either) full, spatially dynamical, or space‐time compact support. We deal with the dilemma of statistical accuracy versus computational scalability, which are in a notorious trade‐off. Apparently, models with full support ensure maximal information but are computationally expensive, while compactly supported models achieve computational scalability at the expense of loss of information. Hence, an inspection of whether these models might be compatible is necessary. The cri
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- Faouzi, Tarik
- Porcu, Emilio
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Faouzi, T., Furrer, R., & Porcu, E. (2025). Compatibility of space‐time kernels with full, dynamical, or compact support. Mathematical Methods in The Applied Sciences, 48(1), 1216–1225. https://doi.org/10.1002/mma.10379
