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Of the two approaches, the DSP approach requires 87.40% less number of clock cycles.
So, the amount of computation is also the number of clock period under maximal speed.
Consequently, minimizing the number of clock zones leads to better designs [29].
Then, the number of clock cycles is multiplied by the clock period (1/Frequency of processor).
which represents the average number of clock cycles to update one block of.
Figure 20 Number of clock cycles per one 1024-point DFT vs. implementation techniques.
This effectively doubles the number of clock cycles required for reading the pixel values.
Accuracy is at the level of the number of clock cycles spent executing each instruction (hence the description cycle-accurate).
This is achieved by an average 33.4% reduction in the required number of clock cycles below m.
Adders in particular assume that addition must be completed within prescribed number of clock cycles, independently of the operands.
One can then realize that each instruction takes a different number of clock cycles to execute and, based on that information, it is possible to compute the number of clock cycles that will be needed for each operation.
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