Algorithm 1. The process of experiment.

Definitions:

1: $P_n$: the number of P/E cycles, be initialized to 0;

2: T: the temperature of experiment;

3: $T_{target}$: the target temperature of experiment;

4: $R_{count}$: the number of read cycles, be initialized to 0;

5: MAX $R_n$: the maximum number of read cycles;

Process:

6: if T < $T_{target}$ or T > $T_{target}$ then

7:    Raise T to $T_{target}$;

8: else

9:    Wait 5 min;

10:     for $P_{count}$ ≤ $P_n$ do

11:       Execute erase/program operation;

12:       $P_{count}$ + = 1;

13:       Collect program time and erase time;

14:       if $P_{count}$ == 1 || $P_{count}$ % 200 == 0 then

15:          Excute the dump operation;

16:          Calculate RBER;

17:       end if

18:    end for

19:    Change NAND block;

20:    While $R_{count}$ ≤ MAX $R_n$ do

21:       Excute sequential read operation on NAND block;

22:       $R_{count}$ + = 1;

23:       if $R_{count}$ == 1 || $R_{count}$ % 100 == 0 then

24:          Excute the dump operation;

25:          Compare and calculate RBER;

26:          Collect error classification;

27:       end if

28:       end while

29: end if