How to measure clock cycles in the following matrix multiplication?

A = zero_matrix(ZZ,100)

B = zero_matrix(ZZ,100)

for i in range(100):

for j in range(100):

`A[i,j] = ZZ.random_element(1000) B[i,j] = ZZ.random_element(1000)`

C=A*B

1 | initial version |

How to measure clock cycles in the following matrix multiplication?

A = zero_matrix(ZZ,100)

B = zero_matrix(ZZ,100)

for i in range(100):

for j in range(100):

`A[i,j] = ZZ.random_element(1000) B[i,j] = ZZ.random_element(1000)`

C=A*B

How to measure clock cycles in the following matrix multiplication?

`A =`

~~zero_matrix(ZZ,100)~~range(100):zero_matrix(ZZ,100) B =

~~zero_matrix(ZZ,100)~~zero_matrix(ZZ,100) for i in

~~range(100):~~for j in

~~range(100):~~`range(100):`

~~A[i,j]~~A[i, j] = ZZ.random_element(1000)~~B[i,j]~~B[i, j] = ZZ.random_element(1000) C = A * BC=A*B

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