There are some issues using timestamped compared with multiprocessor system.
What are those issues for each court will have its own time stamp called.
In order to be sure the two measurements were accurate relative to each other, it was necessary to
pin the measuring to a single call.
One more problem is the frequency of the CPU itself will change if the frequency changes.
But I understand the addition of Amsterdam will also change.
This can happen to to phone management or some other issues, like if you are changing the frequency
of CPU, the amount of time it takes for updating one clocks, I can also change this.
So what are these problems that are solved in more recent years?
So they have something known as Constant Biasi.
This will make sure.
The PSC and some control, all of them Comtesse Sync synchronized across all course, and the first
case problem was one going into one frequency, the second frequency.
So what happens during context, which so that as the reason they've come up with a constant BFC, which
will make sure all pieces are synchronized.
Across all colors.
Then you have that in D.C., which keeps running D.C. at a fixed rate regardless of changes in frequency.
So if you change, your frequency will not affect that is going to run at a fixed rate.
So these all problems have been solved.
The recent CPU's.
Can I take again to check whether you support this Guinn's signal value running this particular command?
So you have all this common information.
So you can see there's a time stamp calendar that also says, I have added DCB, which means ordered
redemption dates is constant underscore Deacy, which means.
My CPA supports Konstanty, just BFC synchronised across all codes, and then I have something on this.
Lone Star witness for D.C..
Which means D.C. is not affected by poor management or.