存储字长是一个存储单元的位数还是一次读写从主存中提取的位数

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存储字长是一个存储单元的位数还是一次读写从主存中提取的位数

刚学计组， 我看王道书和我问ai的答案不太一样，有些疑惑

以及如果是后者的话，机器字长与存储字长有无必然的大小关系（例如机器字长大于等于存储字长）？一次访存读写的数据量是机器字长还是存储字长？

标准宽字节储存unicode 是两个字节存储一个字，默认的编码是一个字节存储一个字母character，from iso8859-1. 国际编码是一个字节8位存储一个字符character。字母表是美国国家定义的可以读写的字母编码表格使用short int 编码整数标注。short int 是两个字节byte。

MIT inititute

字长是windows中的word定义逻辑子存储类。使用操作系统中的定义的数据类型from institute too.主存是windows使用主存main merimory .using C ++ language ponter is 4 bytes. to 2000 21centry , Java int is 4 bytes long define the referrence as a hash index.

load data is heavy job , so depend on user is request. sometimes from data remote and installed too. Sometimes need back up and leave too. 4 is innicilize data memeber data uinit data.3 is future data experieced data locked.

Climibing data is and upgrade and fixd data to being with zone injection. 1 2 is come to 3. 2to2 is 4. almost is 32 bit operating system to 64 oprerating system. so is to 64/8bit =8 bytes uints. uints is bytes to come to institute. get data is 4 bytes int pointer dynamic invoke light job.load data is 8 bytes long data type transfer job.

--common pointer is come to open the door long 8 bytes, more and more developer is in action and contribute to centray park data source code.

no no 2~4 Giga bytes heap garbege is loacated againg ,still can't depend yourself and we need your jvm using mothly report. 2~4 miga bytes is so square and don't need to fixed or so effincency. because this healthy care center , doctor is too experienced.for developer is int middle level usage.for data storage is data transfer load.

heavy job level 4 cs engineer application

using 4

machine learing is java algorithm

machine enhance interface , this enhance is this interface.

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