Analysis Results

Best Case

In the best case scenario, the next available block is within the same track and all blocks are found next to each other.

Then only the transfer time is what is affected by the number of sectors:

$T_{avg} + T_{avg_rot} + Sectors*T_{transfer}$

The best case scenario here would be {{outputs.Best}} $ms$ 

Blocks are randomly mapped so for each block the entire process is repeated:

$(T_{avg} + T_{avg_rot} + T_{transfer}) * Sectors$

Average Case: {{outputs.Avg}} $ms$