结果导致额外的数据重写邻近的内存位置。
The result is that the extra data overwrites adjacent memory locations.
内存位置效应是否对于某些数据结构更有利?
Could there be memory locality effects that some data structures benefit from more than others?
这样一来,就不能从内存位置12加载一个字。
Therefore, you cannot just load a word from, say, memory location 12.
“变量”直接对应于内存位置。
当存取(或修改)某个特定的虚拟内存位置时停止。
Stopping upon access (or modification) of a specific virtual memory location.
是指一个内存位置的指针。
记住,一个指针是一个变量保存一个内存位置。
Remember that a pointer is just a variable that holds a memory location.
例如,一个ppe端的邮箱寄存器会作为一个只写的物理内存位置出现。
For example, one PPE-side mailbox register appears as a write-only physical memory location.
首先,它可以映射任何位置的内存,而不单单只局限于进程。
First, it can map memory in anywhere, not just at the end of the process.
确定内存泄漏的位置。
最后,我们来聊聊刚才图中位置最下方的几个内存段:BSS段、数据段和程序段。
Finally, we get to the lowest segments of memory: BSS, data, and program text.
为什么数据存在于多个位置在8086年同样的物理内存吗?
Why data exist in multiple locations in 8086 in the same physical memory?
为什么数据存在于多个位置在8086年同样的物理内存吗?
Why data exist in multiple locations in 8086 in the same physical memory?
应用推荐