所有的模拟数据是在不同海况条件下用中量程侧扫声纳系统取得的，并进行了数字量化和数值处理。
All data in analogue form have been collected under various sea condition with a medium-range side scan sonar system and later digitized for numerical processing.
模拟实验数据结合量化了的使用寿命延长度，表明数据块的擦除分布均匀，效率较高，有效延长了闪存的使用寿命。
The result comes out of simulation tests shows more even distribution, better efficiency and longer life cycle with a formula to measure the DFLCP(Degree of Flash Life Cycle Prolongation).
这个时间的量化参数，采集间隔，在一个数据在模拟输出产生后至被模拟输入信号读取。
This parameter quantifies the time, measured in sample intervals, between when a sample of data is generated on analog output and when it is read on the analog input.
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