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myininaya (myininaya):
i wouldn't
i suck at chess
OpenStudy (anonymous):
I mean it in a problem-solving context, where you must program a robot to beat the game.
OpenStudy (karatechopper):
check mate the person?
OpenStudy (anonymous):
that's the goal state. how do we get there?
OpenStudy (karatechopper):
make the king get into trouble
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myininaya (myininaya):
get your pieces to take all their pieces
OpenStudy (anonymous):
how is a robot going to accomplish that?
OpenStudy (zarkon):
cheat
OpenStudy (anonymous):
A* search?
myininaya (myininaya):
yes cheats
game ginnie
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myininaya (myininaya):
my game ginnie broke
i can no longer cheat on super nintendo
OpenStudy (anonymous):
let's say the robot is playing in the real world, so he may not cheat as in a video game.
OpenStudy (anonymous):
therefore the robot must play by the same rules as all human players
OpenStudy (karatechopper):
make him use his mind
OpenStudy (karatechopper):
ut a human mind in there
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myininaya (myininaya):
couldn't humans reprogram the program to make it where they are the party who is able to cheat
OpenStudy (anonymous):
the Deep Blue supercomputer had no human mind, and yet it beat the game in a real-world setting against one of the best human minds in chess :-D
OpenStudy (geometry_hater):
you can trap the king early in the game but it takes the right movements
OpenStudy (anonymous):
how do we accomplish that?
myininaya (myininaya):
you need to make a chess algorithm
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OpenStudy (anonymous):
what do we include in that algorithm?
OpenStudy (geometry_hater):
you can take it out with the bishop the think that can move diagonolly
OpenStudy (karatechopper):
oo the rook helps
myininaya (myininaya):
alot of loops
OpenStudy (anonymous):
lol
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OpenStudy (geometry_hater):
plus dont take too long to move your queen out
OpenStudy (karatechopper):
haha
OpenStudy (anonymous):
do we use A* search or HMMs?
OpenStudy (karatechopper):
HMM?
OpenStudy (geometry_hater):
whats HMM?
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OpenStudy (anonymous):
Hidden Markov Model
OpenStudy (karatechopper):
is tht the thinking kinda hmm?
OpenStudy (karatechopper):
o whats tht?
OpenStudy (anonymous):
it's a Bayesian Network
OpenStudy (karatechopper):
and tht is...?
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OpenStudy (anonymous):
It's a simple structural representation of conditional probability distributions.
OpenStudy (pokemon23):
chess is my subject my rating in united chess federation is 1209
OpenStudy (anonymous):
dude use the b+ trees and add the each branch with win probability condition and give a function that which one will have great probability to make u move for furhter steps..... if u try like this then u will definately complete the any programs like this......