The Institut Louis Bachelier is committed, within the framework of agreements with its clients, to contribute to fundamental exploratory and collaborative research, with the objective that this research draws avenues of scientific work in the perspective of the creation of a new Institute for fundamental and applied research in mathematics oriented towards fields likely to advance mathematical knowledge having an impact in new information and communications technologies (NTIC).
Fundamental research on MFG methods for highly distributed high density systems, particularly found in the Internet of Things, naturally fits into this context.
More particularly, it is hoped that fundamental research will make it possible to improve the understanding, mastery and resolution of systems of MFG equations linked to the problems of distributed storage of resources in such systems.
The IEF as a Research Foundation, provides the appropriate and necessary framework for fundamental research with the objective of advancing scientific knowledge, and has the capacity and attractiveness necessary to mobilize advanced academic skills of the highest level. necessary for this fundamental research leading to scientific publications.
The ILB therefore wishes to entrust a research mission to the IEF on “MFG systems for modeling the dynamics of Lagrange parameters of highly distributed high density systems with distributed storage”.
“MFG systems for modeling the dynamics of Lagrange parameters for highly distributed systems at high density with distributed storage” and to ensure the scientific publication of the results obtained, an article published in a journal of mathematics, and to transmit to the ‘ILB a research report on the research carried out, the results obtained, the possible consequences and the expected repercussions.
The IEF must therefore: