this question has been posted on chegg (comparision between ESACON and ESTA algorithms) but the code is not clear so i want the matlab code for these algorithms result .the question link on chegg :

https://www.chegg.com/homework-help/questions-and-answers/matlab-code-esacon-esta-comparison-mention-keeping-connectivity-saving-energy-internet-pap-q65274991

i hope you to solve this question immediately please

I want to convert this algorithm to matlab code and to pythone code immediatly please

Rate answe 7: 8: 9: Algorithm 1 ESACON 1: Input: a network graph G(N,E); 2: /* STEP 1 */ 3: E = 18; 4: 1" is the algebraic connectivity of graph G; 5: L = zeros; 6: for each 1 e E do Ll] = 1; t = 12(G') where G' = (N, E - 1); A = X A; 10: end for 11: L = sort I in increasing order based on the values A'; /*Output of STEP 1*/ 12: /* STEP 2 */ 13: S=0; 14: for i = 1,2,..., E do Afin = 12(G') where G' = (N, E - S - C[i]); 7= (n/") * 100; if y> Yth then switch off C[i]; S=S U L[i]; 20: end if 21: end for 22: Outputs: S /*list of network's links that are switched off*/ and Gfin = (N, E-S) /*final network topology*/. 15: 16: 17: 18: 19: 0 11-1=size(barras); for k=1:quant_barras if kca9 && SAIDA_FP(5,2)>=0 for i=1:1 if SAIDA_FP(K,1) >= barras(1,7) 6 SAIDA_FP(,1) barras(1,8) fprintf(arquivo, 'o mdulo da tenso da Barra d est dentro da faixa pr-especificada. else fprintf(arquivo, 'o mdulo da tenso da Barra Rd NO est dentro da faixa pr-especifica end end end end Rate answe 7: 8: 9: Algorithm 1 ESACON 1: Input: a network graph G(N,E); 2: /* STEP 1 */ 3: E = 18; 4: 1" is the algebraic connectivity of graph G; 5: L = zeros; 6: for each 1 e E do Ll] = 1; t = 12(G') where G' = (N, E - 1); A = X A; 10: end for 11: L = sort I in increasing order based on the values A'; /*Output of STEP 1*/ 12: /* STEP 2 */ 13: S=0; 14: for i = 1,2,..., E do Afin = 12(G') where G' = (N, E - S - C[i]); 7= (n/") * 100; if y> Yth then switch off C[i]; S=S U L[i]; 20: end if 21: end for 22: Outputs: S /*list of network's links that are switched off*/ and Gfin = (N, E-S) /*final network topology*/. 15: 16: 17: 18: 19: 0 11-1=size(barras); for k=1:quant_barras if kca9 && SAIDA_FP(5,2)>=0 for i=1:1 if SAIDA_FP(K,1) >= barras(1,7) 6 SAIDA_FP(,1) barras(1,8) fprintf(arquivo, 'o mdulo da tenso da Barra d est dentro da faixa pr-especificada. else fprintf(arquivo, 'o mdulo da tenso da Barra Rd NO est dentro da faixa pr-especifica end end end end