- Tool name , objectives, feature:
ARES is a flexible, and computationally efficient framework for a joint estimation of the large-scale structure and its power-spectrum, building on a Gibbs sampling framework. The ARES framework is based on Gaussian statistics and lays the foundation of the BORG framework. ARES is designed reconstruct the 3D power-spectrum together with the underlying dark matter density field in a Bayesian framework, under the reasonable assumption that the long wave-length Fourier components are Gaussian distributed.
- contact (person witin ADE, ie. that can help, not necessarily author): Guilhem Lavaux
- author(s): The Aquila Consortium
- publication(s), refs:
Jasche & Lavaux (2014), Jaschet et al. (2010)
- main url (if any): https://www.aquila-consortium.org
- documentation (if any) :
https://big4.iap.fr, https://www.aquila-consortium.org
- type: Library and Application
- language: C++
- parallelism: OpenMP, MPI
- ressources required: Mesocenter and Supercomputers
- availability:
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