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.gitmodules
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[submodule "optimization_theory/tip8300_nonlinear_opt_sist/computational_homeworks/ref"]
path = optimization_theory/tip8300_nonlinear_opt_sist/computational_homeworks/ref
url = https://github.com/tapyu/algorithms_private
branch = opt
[submodule "optimization_theory/ee364a_additional_exercises"]
path = optimization_theory/ee364a_additional_exercises
url = https://github.com/cvxgrp/cvxbook_additional_exercises
[submodule "optimization_theory/ee364b_code_solution/proximal_and_operator_splitting_methods/proximal"]
path = optimization_theory/ee364b_code_solution/proximal_and_operator_splitting_methods/proximal
url = https://github.com/cvxgrp/proximal
[submodule "communication_systems/digital_communications/homework_solution"]
path = communication_systems/digital_communications/homework_solution
url = https://github.com/tapyu/algorithms_private
branch = dig-comm
[submodule "communication_systems/radio_link/other_solutions/ezequiasjunior"]
path = communication_systems/radio_link/other_solutions/ezequiasjunior
url = https://github.com/tapyu/ref-via-rad
[submodule "communication_systems/digital_communications/other_solutions/ezequiasjunior"]
path = communication_systems/digital_communications/other_solutions/ezequiasjunior
url = https://github.com/tapyu/ref-pds_lab2019-1
[submodule "communication_systems/gnss/gnss_data_processing/gLAB"]
path = communication_systems/gnss/gnss_data_processing/gLAB
url = https://github.com/tapyu/glab
[submodule "adaptive_filtering/other_solutions/KennethBenicio"]
path = adaptive_filtering/other_solutions/KennethBenicio
url = https://github.com/tapyu/ref-Msc-Filtragem-Adaptativa
[submodule "adaptive_filtering/other_solutions/lucasabdalah"]
path = adaptive_filtering/other_solutions/lucasabdalah
url = https://github.com/tapyu/ref-Courses-HWs
branch = TIP7188-FILTRAGEM_ADAPTATIVA
[submodule "artificial_intelligence/tip8311_pattern_recognition/other_solutions/KennethBenicio"]
path = artificial_intelligence/tip8311_pattern_recognition/other_solutions/KennethBenicio
url = https://github.com/tapyu/ref-MSc-Reconhecimento-de-Padroes
[submodule "artificial_intelligence/tip7077_computational_intelligence/other_solutions/Kayannsoarez"]
path = artificial_intelligence/tip7077_computational_intelligence/other_solutions/Kayannsoarez
url = https://github.com/tapyu/ref-Inteligencia_Computacional
[submodule "artificial_intelligence/tip7077_computational_intelligence/other_solutions/LauraMMelo"]
path = artificial_intelligence/tip7077_computational_intelligence/other_solutions/LauraMMelo
url = https://github.com/tapyu/ref-comp_intelligence_couse
[submodule "artificial_intelligence/tip7077_computational_intelligence/other_solutions/ezequiasjunior"]
path = artificial_intelligence/tip7077_computational_intelligence/other_solutions/ezequiasjunior
url = https://github.com/tapyu/ref-ica2019.2
[submodule "artificial_intelligence/tip7077_computational_intelligence/other_solutions/filipepfarias"]
path = artificial_intelligence/tip7077_computational_intelligence/other_solutions/filipepfarias
url = https://github.com/tapyu/ref-Applied-Computational-Intelligence-2021.1
branch = main
[submodule "digital_signal_processing/other_solutions/lucasabdalah"]
path = digital_signal_processing/other_solutions/lucasabdalah
url = https://github.com/tapyu/ref-Courses-HWs
branch = PROCESSAMENTO_DIGITAL_DE_SINAIS
[submodule "digital_signal_processing/other_solutions/lucasabdalah_polytech_nice_sophia"]
path = digital_signal_processing/other_solutions/lucasabdalah_polytech_nice_sophia
url = https://github.com/tapyu/ref-Courses-HWs
branch = Filtrage-Numerique
[submodule "linear_algebra/other_solutions/KennethBenicio"]
path = linear_algebra/other_solutions/KennethBenicio
url = https://github.com/tapyu/ref-BSc-Linear-Algebra
[submodule "multilinear_algebra/other_solutions/KennethBenicio"]
path = multilinear_algebra/other_solutions/KennethBenicio
url = https://github.com/tapyu/ref-MSc-Multilinear-Algebra
[submodule "multilinear_algebra/other_solutions/LauraMMelo"]
path = multilinear_algebra/other_solutions/LauraMMelo
url = https://github.com/tapyu/ref-tensor_algebra_course
[submodule "multilinear_algebra/other_solutions/ezequiasjunior"]
path = multilinear_algebra/other_solutions/ezequiasjunior
url = https://github.com/tapyu/ref-tensor-alg
[submodule "multilinear_algebra/other_solutions/lucasabdalah"]
path = multilinear_algebra/other_solutions/lucasabdalah
url = https://github.com/tapyu/ref-Courses-HWs
branch = TIP8419-ALGEBRA_LINEAR_E_MULTILINEAR
[submodule "numerical_methods/other_solutions/lucasabdalah"]
path = numerical_methods/other_solutions/lucasabdalah
url = https://github.com/tapyu/ref-Courses-HWs
branch = TI0117-COMPUTACAO_NUMERICA
[submodule "statistical_signal_processing/other_solutions/lucasabdalah"]
path = statistical_signal_processing/other_solutions/lucasabdalah
url = https://github.com/tapyu/ref-Courses-HWs
branch = TI0124-PROCESSAMENTO_ESTATISTICO_DE_SINAIS
[submodule "artificial_intelligence/book_simon_haykin/official_matlab_code_sol"]
path = artificial_intelligence/book_simon_haykin/official_matlab_code_sol
url = https://github.com/tapyu/haykin-neural-networks-and-learning-machines
[submodule "artificial_intelligence/book_simon_haykin/other_solutions/ocimakamboj"]
path = artificial_intelligence/book_simon_haykin/other_solutions/ocimakamboj
url = https://github.com/ocimakamboj/NNLS
[submodule "artificial_intelligence/book_simon_haykin/other_solutions/ppotoc"]
path = artificial_intelligence/book_simon_haykin/other_solutions/ppotoc
url = https://github.com/ppotoc/Fundamentals-of-Neural-Networks
[submodule "artificial_intelligence/book_simon_haykin/other_solutions/irustandi"]
path = artificial_intelligence/book_simon_haykin/other_solutions/irustandi
url = https://github.com/irustandi/Neural-Networks-and-Learning-Machines-Haykin