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The MATLAB functions which have been used for simulations mentioned in the paper. The simulations have been focused on one-dimensional dissipative granular chains as well as on Newton's cradle.

The FAµST toolbox provides algorithms and data structures to decompose a given dense matrix into a product of sparse matrices in order to reduce its computational complexity. https://faust.inria.fr

some matlab functions to perform approximation with passive systems

Code initially developed for a publication in the conference ICIP 2006. Part of it has been improved later on (up until 2010).

Version 2 of the Cytoneme Project

The rrspace software computes bases of Riemann-Roch spaces for curves defined over Z/pZ. It also provides functions to compute the group law on the Jacobian of such curves.

Missing wedge restoration for cryo electron tomograms

Random dual error estimator for the PGD solution of parametrized problem.

AVIsogenies (Abelian Varieties and Isogenies)

Source code for the 3A Digital System Wireless network project

Working folder for Tartiflette.

Wireless project folder fort Raclette group

Maximum matchings in bipartite graphs.

Fast almost optimal algorithms for bipartite graph matching

This is a simulation program based on virus dynamical spreading model. The code is in Chinese in the original Github repositories(https://github.com/LeoLeos/wuhanMatlabSimulation). The simulation is used only for theoretical reference.

Lab folder for the IMR Wireless network Lab. Recover a simple LTE frame and decode all the channel to retrieve the secret code !