Unformatted text preview: s ) of 10 ms and average rotational delay (T r ) of 5 ms. The two disks differ in the organization of their tracks. Each track of disk 1 consists of 32 sectors of 1 KiB each, and each track of disk 2 consists of eight sectors of 4 KiB each. Assume the transfer delay can be modeled as ± ² ³ ´ µ ± ¶ µ · ¸ , where b is the number of bytes to be transferred and N is the number of bytes on a track. How long will it take to sequentially read the two files?...
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- Spring '10
- average waiting time, Seek time, Rotational delay, Rotational latency, Rotating disc computer storage media, average rotational delay