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Computer Algebra problem-solving function using SymPy . Projects for the course "Computer Algebra I" https://www.e-ce.uth.gr/studies/undergraduate/courses/ece413/?lang=en

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Computer_Algebra_NumPy

Computer Algebra problem using SymPy . Projects in course https://www.e-ce.uth.gr/studies/undergraduate/courses/ece413/?lang=en

#Created: 11/2019

#Creators:

       Chouliaras G. Konstantinos @Chouliar 

       Astli John @JohnAstli https://github.com/JohnAstli

#Contents: Inside all folders there is a report wich contains the description of each question (in Greek) where the following functions where used

      #Folder 1 : Extended GCD (Euclid)
                  GCD Counter
                  Inversion 
                  Mod Inversion (m^-1 mod n)
     
     #Folder 2 : euclid_triang (prs calculator with euclid array triangulation)
     
     #Folder 3 : new_euclid ( modified Extended GCD that returns the list of partial quotients )
                 Cont_Fractions (continued fractions calculator)
                 K_method (implementation of Kioutselidis method of finding upper bound in a polyonom)
                 VCA+VAG_methods (division methods based on Vincent theorem)
                 
                 *inside VCA+VAG_methods there is also the continued fractions method VAS 

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Computer Algebra problem-solving function using SymPy . Projects for the course "Computer Algebra I" https://www.e-ce.uth.gr/studies/undergraduate/courses/ece413/?lang=en

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