In this exercise we look at memory locality properties of matrix computation. The following code is written in C, where elements within the same row are stored contiguously. Assume each word is a...

In this exercise we look at memory locality properties of matrix computation. The following code<br>is written in C, where elements within the same row are stored contiguously. Assume each word<br>is a 64-bit integer.<br>for (I=0; I<8; I++)<br>for (J-0: J<8000; J++)<br>A[I][J]=B[I][0]+A[J][I];<br>[5] <$5.1> How many 64-bit integers can be stored in a 16-byte cache block?<br>

Extracted text: In this exercise we look at memory locality properties of matrix computation. The following code is written in C, where elements within the same row are stored contiguously. Assume each word is a 64-bit integer. for (I=0; I<8; i++)="" for="" (j-0:=""><8000; j++)="" a[i][j]="B[I][0]+A[J][I];" [5]=""><$5.1> How many 64-bit integers can be stored in a 16-byte cache block?

Jun 01, 2022

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In this exercise we look at memory locality properties of matrix computation. The following code is written in C, where elements within the same row are stored contiguously. Assume each word is a...

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