You should look up mutex attributes, in particular priority inheritance.
Also, I think you are experiencing the "thundering herd" effect. Maybe the leader/follower pattern could be effective here.
well, give a link to a book describing this concept and how it works in practice. Or some other publication with meaningful benchmarks for real-world examples.
Could you please quantify "better than good enough"? As far as I know, bayesian models need to work with the logarithm of probabilities to get meaningful results for anything other than toy examples. Apart from that, are there any peer-reviewed papers that show a performance win with this concept for a real-world example?
You are missing that this is a 2-dimensional problem. Both wind velocity and boat velocity are 2d-vectors.
What is required is that the projection of the boat velocity in the direction of the wind is smaller than the wind. The magnitude of the boat velocity can always be greater as that of the wind as long as it does not travel in the same direction as the wind blows.
Yes I know how GPS works. But NTP is the standard way to integrate a GPS receiver as a precision time source into a general purpose system. See e.g.
here for a provider of GPS-based ntp solutions.
It's really simple: the clocks at the two checkpoints must be synchronized. The system probably uses ntp, and a GPS receiver as reference clock.
Here in austria, a system like this has been in use on motorways since 2003.
I never claimed sqlite is the only solution without adminstration, but I think this is the biggest advantage it brings to the table.
Also it seems to be very robust, and there are no license problems whatsoever. Its workings are very well documented. It is a very useful tool if you use it for the right tasks.
sqlite is extremely slow when writing data. The reason is its implementation of transactions with separate journal files for each transaction. Also, there is only a very basic query optimizer. The main advantage of sqlite is that it does not require administration, certainly not performance.
My point was that these tools did not support anything else than decimal.
I started coding in assembler with a assembler/dissassemler tool written in BASIC. My sister's boyfriend had entered the listing from a book. It did not even use files, it was reading and writing directly from and to memory.
Slashdot Mirror
At least it looked correct in the input area.
It's Einstürzende Neubauten.
You should look up mutex attributes, in particular priority inheritance. Also, I think you are experiencing the "thundering herd" effect. Maybe the leader/follower pattern could be effective here.
How about "The Pub Formerly Known as The Hobbit"?
I hope you are aware that the whole concept of different human "races" has no scientific base whatsoever.
well, give a link to a book describing this concept and how it works in practice. Or some other publication with meaningful benchmarks for real-world examples.
Could you please quantify "better than good enough"? As far as I know, bayesian models need to work with the logarithm of probabilities to get meaningful results for anything other than toy examples. Apart from that, are there any peer-reviewed papers that show a performance win with this concept for a real-world example?
You are missing that this is a 2-dimensional problem. Both wind velocity and boat velocity are 2d-vectors. What is required is that the projection of the boat velocity in the direction of the wind is smaller than the wind. The magnitude of the boat velocity can always be greater as that of the wind as long as it does not travel in the same direction as the wind blows.
It is unknown whether the Wiener Schnitzel was invented in Vienna or originates from a similar dish from northern Italy.
If they're anything like my kites, they'll just end up nose-first in the silt.
Keeping your kites high above the ground may also have issues.
Yes I know how GPS works. But NTP is the standard way to integrate a GPS receiver as a precision time source into a general purpose system. See e.g. here for a provider of GPS-based ntp solutions.
It's really simple: the clocks at the two checkpoints must be synchronized. The system probably uses ntp, and a GPS receiver as reference clock. Here in austria, a system like this has been in use on motorways since 2003.
I never claimed sqlite is the only solution without adminstration, but I think this is the biggest advantage it brings to the table. Also it seems to be very robust, and there are no license problems whatsoever. Its workings are very well documented. It is a very useful tool if you use it for the right tasks.
Can you give any specifics? Btw, you know that there is more than one isolation level available in Postgres?
sqlite is extremely slow when writing data. The reason is its implementation of transactions with separate journal files for each transaction. Also, there is only a very basic query optimizer. The main advantage of sqlite is that it does not require administration, certainly not performance.
There is no lack of rubber ducks in the ocean.
Had the Lisbon treaty been signed earlier, the European Parliament could have intervened at an earlier stage.
A cryptographic device might perform online statistical checks to detect this kind of tampering.
Hopefully he will not use a girder.
Most probable scenario: cross license deal.
The key sequence you are looking for is:
<C-M\>s\<\(\w+\) \1\>
And they say Unix isn't user-friendly!
well it is somewhat picky when choosing its friends.
Franz Kafka was not from germany, and he was not an existentialist either.
So YOU are responsible for this mess? Why not make up something beautiful, stupid?
Any XML document is associated with the feature "poorest" application imaginable; the plain text editor.
I am looking at you, EMACS!
My point was that these tools did not support anything else than decimal. I started coding in assembler with a assembler/dissassemler tool written in BASIC. My sister's boyfriend had entered the listing from a book. It did not even use files, it was reading and writing directly from and to memory.