Use the RTL design process to calculate maximum difference between within an array A. Start by...

 

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Use the RTL design process to calculate maximum difference between within an array A. Start by converting given C-like code into an HLSM, and then create to a controller/datapath and finally give the FSM. Note: You can use all components we have seen in class. Inputs: a [256], go Outputs: max_diff, done MAX DIFF: while (1) { while (!go); done = 0; i = 0; max = 0; min = 255; //largest 8-bit value while (i < 256 ) { if (a [i] < min) min = a[i]; if (a [i]> max) max = a[i]; i++; } max_diff = max - min; done = 1; Use the RTL design process to calculate maximum difference between within an array A. Start by converting given C-like code into an HLSM, and then create to a controller/datapath and finally give the FSM. Note: You can use all components we have seen in class. Inputs: a [256], go Outputs: max_diff, done MAX DIFF: while (1) { while (!go); done = 0; i = 0; max = 0; min = 255; //largest 8-bit value while (i < 256 ) { if (a [i] < min) min = a[i]; if (a [i]> max) max = a[i]; i++; } max_diff = max - min; done = 1;

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It seems that the question involves designing a hardware logic system using the Register Transfer Level RTL design process Specifically the task is to ... View the full answer