Übersetzung für "Sequential access" in Deutsch

The sequential access of the tape itself is called as the tape format.

The main disadvantage regarding the tape drives was the sequential access which takes a lot of time.

Its design features include: Column-oriented storage organization, which increases performance of sequential record access at the expense of common transactional operations such as single record retrieval, updates, and deletes.

The formation of a slide-in opening for the filter inserts in the filter housing enables more direct and better access to the individual filter inserts than through the intake opening or the outlet opening, since these permit only sequential access to the individual filter inserts.

Similar to DVD-RAM except that its technology features a sequential read-write access more like a phonograph than a hard disk.

Sequential access means that, if address N is accessed by the CPU, it is highly likely that address N+1 will be accessed next.

WekaIO Matrix supports small and large files, random and sequential access, and accelerates metadata access with distributed parallel access.

The DVD+RW specification allows for either CLV format for sequential video access (read at CAV speeds by the drive) or CAV format for random access, but CAV recording is not supported by any current hardware.

Besides the sequential list access the protocol according to the invention also makes possible a specific search as well as the navigation through any lists.

It is again clear here that the above- and below-described testing environment 10 enables a multiple usage of components, for example the simulation hardware unit 150, as well as a sequential multiple access of a plurality of users, which are spatially separated from one another and from the test object, to a test object.

Especially advantageously, all accesses not addressing the particular memory are masked, so that the sequential access sequences within the storage device are not disturbed.

In the known “Merged IS Cycles,” one waiting state can be saved in both a sequential and a non-sequential memory access.

However, in a N-port memory architecture this sequential access contention resolution proves to be disadvantageous, since particularly when there are several access contentions the performance of the overall memory architecture is dramatically reduced.

While the sequential access speed of current hard disks can rise to 180~220 MB/s, Btrfs with higher I/O latency makes it difficult to realize the full performance potential of hard disks, and is even more inefficient for increasingly-affordable SSDs.

This system doesn't aim at increasing reliability, since (as in the linear case) the availability of all the data is jeopardized as soon as one disk fails, but at increasing performance: during sequential access to large amounts of contiguous data, the kernel will be able to read from both disks (or write to them) in parallel, which increases the data transfer rate.

It detects the sequential access, creates the parallel prefetch threads, and uses multiple processors to analyze the data as quickly as the disks can produce it.

While this is true, it is possible to take advantage of the sequential and localized access behavior of applications and eliminate most of the performance implications of using disk drives as backing store for RAM.