Concept lattice has been proven to be a very effective tool and architecture for data mining in general. It is widely used for data analysis and knowledge discovery and various concept lattice based approaches are used depending on the type of data. While at AIMS, Pascal SUNGU applied the formal concept analysis which is a
While at AIMS, Franky ‘s work mainly focused on the vibration control of tall buildings with dampers outrigger. Using the Euler-Bernoulli theory on the beam, he derived a partial differentiation equation (PDE) which describes the dynamic vibration of the beam in the time and space of tall buildings under the action of turbulent wind flow;
While at AIMS, Mayar’s work constituted a basic introduction to the Renormalization Group (RG) and used phase transitions in statistical physics as a proper gateway for the subject. Mayar is currently a PhD student and graduate research assistant at the University of Florida, USA.
While at AIMS, Kossi has shown that the Density Functional Theory (DFT) in the Kohn Sham formulation works on a lattice for integer particle numbers by computing self consistently the exact Kohn-Sham potential for the Hubbard Model. He also investigated the fundamental gap problem in DFT and has discovered that for a very asymmetric potential
While at AIMS, Bertrand produced a Maxima program to compute closed forms for a large class of Laurent-Puiseux series of hypergeometric type. After AIMS, Bertrand defended his Ph.D. thesis on May 27, 2020, at the University of Kassel (Germany). He is currently a Postdoctoral Researcher in the Nonlinear Algebra group of Bernd Sturmfels at the
While at AIMS, Audrey’s work was based on the paper of Martha Rzedowski-Calderon and Gabriel Villa-Salvador (published in 2017 – nternational Journal of Mathematics), which describes an Abelian p-extensions whereby an additive polynomials monic and separable. After AIMS, Audrey obtained a Masters degree at the University of Bordeaux. He is currently a PhD student at
While at AIMS, Bakhit Mohammed Idris Alaa described radio interferometric imaging arrays and aperture synthesis using mathematical models to show that the data measured by a radio interferometer arrays is the Fourier transform of the true sky convolved with the radio interferometer arrays point spread function. She confirmed her mathematical predictions using the Jansky Very Large
While at AIMS, Adeyemi studied blood flow in an inclined tapered stenosed porous artery under the influence of magnetic field and heat transfer. After AIMS, Adeyemi completed the AIMS Rwanda AMMI programme Master’s in Machine. Since 2020, he is a PhD student in Computer Science and Systems Engineering at IMT School for Advanced Studies Lucca,
While at AIMS, Bissouta attempted to investigate the tests of General Relativity using GW150914 and the physics of binary coalescence. After AIMS, Bissouta completed his Master studies in Benin (IMSP, Université d’Abomey Calavi). He is currently a PhD Student at the Faculty of sciences and technics of Marien Ngouabi University, Congo.