Source (Google.com.pk)
Cool Backgrounds Biography
Some might not have noticed the great roles background images have played. For instance, forumites uses cool design background before messages in their forum signatures; some product graphic advertisements uses light subtle background to help create focus point; your website and desktop need nice backdrops too. Sometimes when I get a little limited by the amount of content I can insert onto an ad design, I’ll paint a light background behind it so the entire creative don’t look so empty.
Cool Backgrounds Biography
Attractive backgrounds to any graphics, banners or ads are relatively
important. Getting the correct theme, whether it’s an abstract art,
vector, or texture pattern, it somehow makes the entire artwork looks
more interesting.
Some might not have noticed the great roles background images have played. For instance, forumites uses cool design background before messages in their forum signatures; some product graphic advertisements uses light subtle background to help create focus point; your website and desktop need nice backdrops too. Sometimes when I get a little limited by the amount of content I can insert onto an ad design, I’ll paint a light background behind it so the entire creative don’t look so empty.
My current "idea bubble" cool background image is like a mini-bio and
tutorial for visitors that discover your static pages from social
bookmarks, search results, sharing and direct links you've provided.
With a little bit of "strategic placement" within your Twitter
background image, this message or "idea bubble" is largely hidden except
on Twitter static page views. Keep in mind that various viewers have
smaller monitors and experiment with other variations of this idea you
feel are worthy.
Foreground-background is a scheduling algorithm that is used to control execution of multiple processes on a single processor. It is based on two waiting lists, the first one is called foreground because this is the one in which all processes initially enter, and the second one is called background because all processes, after using all of their execution time in foreground, are moved to background.
When a process becomes ready it begins its execution in foreground immediately, forcing the processor to give up execution of current process in the background and execute newly created process for a predefined period. This period is usually 2 or more quanta. If the process is not finished after its execution in the foreground it is moved to background waiting list where it will be executed only when the foreground list is empty. After being moved to background, process is then run longer than before, usually 4 quanta. The time of execution is increased because the process obviously needs more than 2 quanta to finish (this is the reason it was moved to background). This gives the process the opportunity to finish within this newly designated time. If the process does not finish after this, it is then preempted and moved to the end of the background list.
The advantage of the foreground-background algorithm is that it gives process the opportunity to execute immediately after its creation, but scheduling in the background list is pure round-robin scheduling.
Foreground-background is a scheduling algorithm that is used to control execution of multiple processes on a single processor. It is based on two waiting lists, the first one is called foreground because this is the one in which all processes initially enter, and the second one is called background because all processes, after using all of their execution time in foreground, are moved to background.
When a process becomes ready it begins its execution in foreground immediately, forcing the processor to give up execution of current process in the background and execute newly created process for a predefined period. This period is usually 2 or more quanta. If the process is not finished after its execution in the foreground it is moved to background waiting list where it will be executed only when the foreground list is empty. After being moved to background, process is then run longer than before, usually 4 quanta. The time of execution is increased because the process obviously needs more than 2 quanta to finish (this is the reason it was moved to background). This gives the process the opportunity to finish within this newly designated time. If the process does not finish after this, it is then preempted and moved to the end of the background list.
The advantage of the foreground-background algorithm is that it gives process the opportunity to execute immediately after its creation, but scheduling in the background list is pure round-robin scheduling.
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
Cool Backgrounds
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