Published on: 13-May 01:42am
Let me explain how these probability calculations ( algorithms ) operate. This may help in your understanding of why this system is so effective.
Let’s take your standard war game probability calculation.
Let’s use a tank battle scenario, between two opposing forces.
First, the calculations are built using the battle requirements.
They will be things like numbers of tanks, types, speed, armaments, armor, fuel requirements, operating temperatures, fuel resupply, armaments resupply, crew, food, communications, medical.
Then ground forces, numbers, armaments, food, logistics, transportation, etc.
Then things like weather, AirPower, ground conditions, etc.
Plus many many more parameters.
When these calculations are built every one of these fields is assigned an optional value.
This is done so that the calculations will offer a true outcome IF CERTAIN FIELDS ARE NOT KNOWN WHEN THE CALCULATIONS ARE OPERATIONAL.
For example, the weather and ground cover, since the battle has not begun, only assumptions can be made, which could be wrong, so instead the optimal pre-added value is used because that field is not triggered.
On the day of the battle when that is known, the value is added, and a true outcome is obtained. This can be adjusted at any time, say it was raining and then the sun comes out, which favors AirPower, immediate addition of these new parameters can be added in real-time to adjust the probability of which side will win.
This is used all the time without people on the ground knowing about it.
Real-time changes to battle policy can be implemented immediately to aid in success.
This works exactly like Google"s algorithms, exactly.
I’m never going to say that this is what google uses, as I don’t know, but it works exactly the same way.
Looking for anything specific article which resides in general queries? Just browse the various relevant folders and categories and then you will find the desired article.
Contact Us