P2P backup systems have become a novelty solution to ensure data availability. The key idea of P2P backup systems is to use the free memory space shared by peers to store data.
P2P备份系统已经成为确保数据可用的解决方案之一，它的关键思想是利用P2P网络节点的空闲存储空间来存储数据。
If it does not free enough heap space, it proceeds to collect higher generations until enough memory has been reclaimed.
如果它不能释放足够的堆空间，那么它就继续收集上一代，直到回收了足够的内存。
When free physical memory starts getting low, programs that have not used recently are moved from ram to paging space to help release physical memory for more real work.
当空闲的物理内存较少时，可以将最近没有使用过的程序从RAM转移到分页空间，以帮助释放物理内存，从而完成更多的实际工作。
When the new space runs out of free memory, the garbage is collected only in that space.
当新空间耗尽空闲内存时，将仅在该空间中进行垃圾收集。
If you have a newer-style 64-bit PC, which can use more memory, you'll need at least two gigabytes of memory and 20 gigabytes of free hard disk space.
如果你有一个更新款的64位电脑（这种电脑可以利用更多的内存），你将需要至少2G的内存和20G的可用硬盘空间。
This results in the largest possible block of free space, but also tends to move objects that are closely related (for example, a String and its char data) into nearby memory locations.
这会导致闲置空间块变得尽可能的大，但也可能会将关系密切的对象(例如string及其char数据)移动到临近的内存位置。
These types of memory leaks manifest as fast growing memory leaks, where if the verbose GC data reports a sharp drop in free heap space in a very short time leads to an OutOfMemoryError.
这些类型的内存泄漏表现为内存泄漏快速增长，其中，如果详细的垃圾收集数据显示在很短的时间内可用堆空间急剧减少，则会导致Out Of MemoryError错误。
NTLDR loads the basic memory configuration and switches to 32-bit mode (protected mode). NTLDR then places itself into high memory to free up as much memory space as possible.
NTLDR载入基本的内存配置并转为32位模式(保护模式)。然后NTLDR将自己放入高内存以尽可能多地释放内存。
Using this technique, the available memory is treated as a large pool of free space, and each program is assigned exactly as much as it needs.
这种技术把可利用的存储器空间当做一个自由区间的大池子，可按每个程序的需要，准确地分配给它主存空间。
Ran out of virtual memory. To prevent this condition, you must free up more space on your primary hard disk.
虚拟内存不足。把硬盘多腾出些空间(用来做虚拟内存)，就能避免这种情况。
The free list contains pages of physical memory that are not associated with any address space of VM object.
可用内存包含不同VM对象联系在一起任何地址空间物理内存的页。
Ensure that the file is not marked read-only and that your computer has enough free memory and disk space.
确保文件未标记为只读，并且计算机有足够的可用内存和磁盘空间。
Ensure that the file is not marked read-only and that your computer has enough free memory and disk space.
确保文件未标记为只读，并且计算机有足够的可用内存和磁盘空间。
应用推荐