% Contents of the CVX codes implemented or chosen by Dayan Adionel
% Guimarães as good examples for leaning about CVX.
% Dayan01_Loss_Exponent.m - Least-squares solution for computing the
% path-loss exponent from received power measurements at certain distances
% from the transmitter.
% Dayan02_LS.m - Least-squares solution to Ax = b and comparizon with
% the analytical solution and with the matlab built-in solution A\b.
% Dayan03_SDP_feasibility.m - Easy way of finding a positive semidefinite
% or definite matrix with elements in a given range (box constraint on the
% elements)and, if desired, with a constraint on the maximum eigenvalue.
% Dayan04_closest_toeplitz_psd - Finds a Toeplitz Hermitian PSD matrix that
% is closest to a given Hermitian matrix, as measured by the Frobenius
% norm.
% Dayan06_Least_norm_DUAL.m - Least-norm solution to Ax = b with dual
% computations.
% Dayan07_Least_norm_squared_DUAL.m - Least-norm squared solution to Ax = b
% with dual computations. Comments on some conventions related to the
% definition of the Lagragian and to the form of the dual declaration
% within the CVX environment.
% Dayan08_Dynamic_Activity.m - Aplicação do modelo Dynamic Activity
% Planning (Boyd, p. 149) em uma rede de sensores com baterias carregadas
% via radiofrequencia. EM CONSTRUÇÃO.
% Dayan09_Chebyshev_norm.M - Least Chebushev norm solution to Ax = b
% implemented in four equivalent forms.
% Dayan17_Water_Filling.m - Determines the optimal power allocation on a
% channel with a pool of subchannels subjeted to different noise powers.
% The optimum power allocation is the one that maximizes the channel
% capacity.
% Dayan27_Minimum_Energy.M - Determines the optimum translation of a
% constellation in order to minimize the average symbol energy.