memory fragmentation

As a result, this technique caused significant memory fragmentation issues.

Memory fragmentation is one of the most severe problems faced by system managers.

Eventually, memory fragmentation may lead to complete loss of free memory.

Many times there is a link between dissociative disorders and memory fragmentation.

Memory fragmentation is a kernel programming level problem.

This type of system crash can be difficult to avoid, as it is impossible to anticipate the critical rise in levels of memory fragmentation.

Other common problems with a malloc-based allocator include poor locality of reference, and excessive memory fragmentation.

Each individual tab and plugin runs within its own process in order to boost stability and prevent memory fragmentation.

Despite frequent array resizing, space overheads incurred by operating system such as memory fragmentation, were found to be small.

This process eliminates the need to search for suitable memory space and greatly alleviates memory fragmentation.

To reduce memory fragmentation, the developers attempted to minimize the total number of memory allocations, particularly during startup.

The type of memory manager used during runtime is actually configurable so that memory fragmentation can be minimized if necessary.

The partitions are used to combat memory fragmentation and to enable users to configure the size of target systems' memory pools.

Blizzard says that using separate processes will reduce memory fragmentation problems and allow the browser to more predictably release memory when tabs are closed.

Memory fragmentation makes per-process page tables impractical, so a per-process identifier is used to disambiguate the pages of different processes from each other.

This approach eliminated the risk of memory fragmentation that was present in MVT and SVS, and improved the system's internal security.

This can be caused by too many programs running at once, not enough memory (RAM), or memory fragmentation, slow hardware access (especially to remote devices), slow system APIs, etc.

A single-pass system can also be used, where each bucket is dynamically allocated and resized as needed, but this runs the risk of serious memory fragmentation, discontiguous allocations of memory, which may degrade performance.

However, major obstacle towards transitioning from the COM Interop is the fact that the managed implementation has subtle memory leaks which lead to memory fragmentation and exclude the use of the library in any non-trivial applications.

This helps to improve compatibility without having to adapt the RPL code with each new version of the operating system, and it avoids unnecessary memory fragmentation and thereby increases available memory for DOS programs to run.

Called the ASDG Recoverable Ram Disk, the device survived reboots by allocating memory dynamically in the reverse order of default memory allocation (a feature supported by the underlying OS) so as to reduce memory fragmentation.

This memory fragmentation could be avoided if a fixed allocation of buckets is used for all possible values of a digit, but, for an 8 bit digit, this would require 256 (28) buckets, even if not all of the buckets were used.

It replaced the standard memory manager of Delphi and is not only less prone to memory fragmentation, it also provides improved debugging possibilities like being able to report memory leaks when the application is being closed, detecting use after memory release or double releases.