LA Airport Uses Random Numbers To Catch Terrorists
An anonymous reader writes "Los Angeles International Airport (LAX) is using randomization software to determine the location and timing of security checkpoints and patrols. The theory is that random security will make it impossible for terrorists to predict the actions of security forces. The ARMOR software, written by computer scientists at the University of Southern California, was initially developed to solve a problem in game theory. Doctoral student Praveen Paruchuri wrote algorithms on how an agent should react to an opponent who has perfect information about the agent's choices."
Sorry it had to be said.
Ignorance is the Agent of Fear; Fear Is the Agent of Violence - >1
I read a fascinating article in the Freeman comparing train security, mostly privately done, with airports security, done by the government. The key difference was that when it was done commercially the inconvenience to customers was quite minimal. On the other hand when the government runs it, it is very inconvenient for customers. Why do you think this is?
[Tour of Accounting] Accounting Troll: "Over here we have our random number generator" Number Generator Troll: "Nine Nine Nine Nine Nine Nine" Dilbert: "Are you sure that's random?" Accounting Troll: "That's the problem with randomness: you can never be sure"
"Part of it is to look for patterns in the deployment of assets. We're trying to block the surveillance cycle by making the security patrols appear in unpredictable places at unpredictable times."
If you figure this is a sizable force, and that all of them use the randomization software, four years worth of recon (TFA gave that as a time period for pre-strike operations) ought to give the terrorist enough information to know where these "random points" are. I mean, there has to be a defined set of locations somewhere in the program, they can't just be using coordinates. Imagine, a security guard climbing into an oven at the pizza place at the airport because "a computer told him to" (and the following lawsuits.)
How do they account for the fact that there will always be an area that these security forces don't patrol because no one told the computer that the place exists.
Anyone know how they manage telling the computer which places exist?
Wrong! It is random, actually. It's right there in the summary of the
If you keep throwing chairs, one day you'll break windows....
Somebody ban him for actually reading an article
http://www.rense.com/general79/wdx1.htm
The only time I've heard of a Gov. employee getting fired was because they let someone go through with a weapon.
Then there are the stewardesses. Since 9/11 you'd think someone anointed them in Flight Goddesses. Complain about something and the next thing you know, you're being taken away in hand cuffs.
Because of a few jerks in the world, flying has become just one big bullshit hassle. Which, for my own sanity, I refuse all jobs that require travel - bills be damned! Of course now with all the screening software, a bad credit rating will get you a second look by the TSA.
I may have to move to Vermont.
I prefer Flambe as apposed flamebait.
They apparently already use a random number generator to determine when flights will leave.
Let's hope they roll 3 doubles.
Remember, there are many ways to be random: check area X Y% of the time; perform check W Z% of the time, etc. What should Y and Z be? How do you balance the occurrence of Type I and Type II errors? Some strategies are better than others: there's a reason why game theory was invented.
Try reading the study; the results are not trivial.
Try Googling these two phrases lifted from your comment "America's inaction in Darfur" and "US government just stops meddling in the affairs of other nations". The first page of each I think is very telling. One is full of American websites, the other is full of foreign websites.
I think this is representative of who you are hearing - two different groups, one composed of Americans and the other composed of the peoples you are meddling with.
(before someone rips into me, I am not expressing any opinion about Darfur, just pointing out that probably the people screaming the loudest for American action in Darfur are Americans. I know that here in Canada I have never heard anyone suggest it is an American problem; every person who brings it up wants the Canadian government to take action)
"The pinnacle of military deployment approaches the formless: if it is formless, then even the deepest spy cannot discern it nor the wise make plans against it."
--Sun Tzu, "The Art of War"
The same strategy goes for when you don't want to interact with certain individuals, solicitors, pan-handlers and so on -- when they ask for you attention, reply with something completely unrelated, for example "Can you spare some change? -No thanks, I'm good. -Huh?...that don't make no sense..." by the time they processes the confusing statement you already walked too far and they'll focus on the next person.
Another example, say you are having a heated debate with someone. When the argument is the most intense immediately switch and start arguing against your position. Ok, that's more for fun...The actual strategy is to use non-sequiturs. Statements that at first sound normal but when you think about them they just don't make any sense. Stuff like "How do you know that's what you mean?" That statement has to be immediately followed by whatever real point you are trying to make. The brain is trying to process the non-sequitur and it keeps getting segfaulting-ing, but because you keep talking it is also forced to keep up with the argument. Eventually they just remain quiet. If they ask you to repeat the non-sequitur pretend you said something else or make fun of them for being slow.
Randomizing your response is a good way to throw off an opponent. They expect a certain response or reaction but they are getting something else. That gives you a short window of opportunity while the opponent tries to process or guess your next move. Of course your moves have a degree of randomness (that you control) and it is pointless for them to spend resources (mental, computational) to look for patterns in randomness.
If you send one operative you have a 50% chance of one getting through.
Send two and you have a 75% chance of at least one getting through.
Send ten and you have a 99.9% chance of at least one getting through.
The handy thing about many organisations is that they are willing to play the numbers.
Engineering is the art of compromise.