What is the translation of " MEMORY LOCATION " in Chinese?

• 存储器位置
• 的内存位置
• 一个内存位置

Examples of using Memory location in English and their translations into Chinese

Securing Memory Locations.
位置记忆法的排序.

In other words, they refer to a memory location.
换句话说，它们是指一个存储器位置。

Multiple memory locations.
记忆的系列位置效应.

Table 3-5 shows how to handle these memory locations.
表3-5显示如何处理这些内存地址。

A variable is a memory location that has a name and a value(some data).
变量是具有名称和值(一些数据)的内存位置。

The result is that the extra data overwrites adjacent memory locations.
结果导致额外的数据重写邻近的内存位置。

If the value in memory location 2 is the number 0, continue with instruction 9.
如果存储器位置2中的值是数字0，则继续执行指令9。

A variable name(also called identifier) to refer to the memory location.
甲变量名称（也称为标识符）来指代存储器位置.

This memory location contains values, like numbers, text or more complicated types.
此内存位置包含值，如数字，文本或更复杂的类型。

Using multiple variables, the reference types can refer to a memory location.
使用多重变量时，引用类型可以指向一个内存位置。

The memory locations in most computers contain eight bits(or some multiple of eight bits).
大多数计算机的内存位置都包含8位(或8位的倍数)。

Using multiple variables, the reference types can refer to a memory location.
使用多个变量时，引用类型可以指向一个内存位置。

It is a way to represent memory location through symbol so that it can be easily identified.
它是通过符号表示内存位置的方法，以便可以容易识别。

A microprocessor can move data from one memory location to another.
微处理器可以将数据从一个内存位置移动到另一个位置。

It is a way to represent memory location through symbol so that it can be easily identified.
它是通过符号表示存储器位置的方式，以便可以容易地识别。

When you first see a pointer, you don't really get what's at that memory location.
当你第一次看到指针时，你并没有真正得到那个内存位置的内容。

And that we know that they point to memory locations 1000, 2000 and 3000 respectively.
而且我们知道他们分别指向内存地址1000,2000和3000。

So you cannot change the variable to reference some other memory location later.
因此，你无法在以后更改变量来指向其他内存位置。

Supposing the randomly chosen memory locations for each variable of 7230, 8092 and 10502, could be represented as:.
假设随机选择内存地址为7230,8092和10502，以上例子可以用下图表示：.

A signal 11 error, commonly know as a segmentation fault, means that the program accessed a memory location that was not assigned to it.
Signal11错误，通常称之为片段错误，意思是该程序访问了没有分配给它的内存位置。

If the data in the memory location is changed by one of the variables, the other variable automatically reflects this change in value.
如果在存储器位置中的数据由变量之一改变时，其他变量自动反映这一变化值。

When exploited, Variant 4 could allow an attacker to read older memory values in a CPU's stack or other memory locations.
如果被利用，Variant4可允许攻击者读取中央处理器（CPU）堆栈或其他内存位置中较旧的内存值。

Most instructions could only access one memory location, so one operand had to be a register.
大部分的指令只能够存取一个内存位址，所以其中一个操作数必须是一个寄存器。

So it's not surprising that C is still used for embedded systems and other code that refers to hardware ports or specific memory locations.
因此，至今C还用于嵌入式系统和其他需要引用硬件端口和特定内存位置的代码中，就不足为奇了。

Each entry consists of the virtual address of the page stored in that real memory location, with information about the process that owns that page.
每个条目包含保存在真正内存位置上的页的虚拟地址，以及拥有该页进程的信息。

However there is one important exception to this rule: Contiguous sequences of bit-fields in C or C++ are treated as a single"memory location".
不过，这条规则有一个重要的例外情况：C或C++中连续序列的位字段会被视为单个“内存位置”。

One important difference between these two kinds of addresses is that physical addresses are unique and always refer to the same, distinct memory location.
这两种地址之间的一个重要区别是物理地址是唯一的，并且总是指向同一个内存位置。

Structures on the stack or heap, such as those defined with malloc() or auto, are padded with whatever was previously stored in those memory locations.
IIgt;栈或堆上的结构，例如，用malloc()或者auto定义的结构，使用先前存储在那些存储器位置的任何内容进行填充。

Non-Uniform Memory Access or NUMA is a computer memory architecture, used in multiprocessors, where the memory access time depends on the memory location.
NUMA（NonUniformMemoryAccessArchitecture）是一种用于多处理器的电脑记忆体设计，内存访问时间取决于处理器的内存位置。