UCI Home Page
Recent Entries
Archive
Friends
User Info
0xDE - December 9th, 2007
Links
RSS
Tags
Photos
Fano
Linkbacks
Tags
abstract games
academia
algorithms
anonymity
antimatroids
architecture
arrangements
art
art gallery
aspect ratio
associahedron
bibliography
bit parallelism
blogging
books
bren hall
carnival
cellular automata
central limits
chord diagrams
circles
circulants
color
combinatorial enumeration
combinatorics
complexity theory
computational geometry
conferences
configurations
confluence
continued fractions
corporatization
cryptography
data compression
de bruijn graph
dissection
dynamic programming
economics
egyptian fractions
email
entropy
exponential algorithms
family
fano
feminism
flip graphs
food
free speech
game theory
geometric thickness
geometry
graffiti
graph algorithms
graph drawing
graph theory
gray graph
group testing
halloween
harry potter
humor
hypercube
information retrieval
information visualization
interdigitating trees
inversion
ireland
johnson solids
joshua tree
karlsruhe
knot theory
korea
landscape
language
line graph
london
magic
maps
math competition
mathematics
media theory
mendocino
miquel
music
namesakes
nauru graph
netherlands
number theory
open access
optimal subtrees
origami
papers
parametric optimization
partial orders
partitions
peer review
pell equation
permutohedron
photography
pi
plagiarism
polar bears
politics
prague
prime numbers
python
quadrilaterals
ramsey theory
rectangles
regression depth
regular numbers
religion
reptiles
reset sequences
robust statistics
sandpile
science
security
series parallel graphs
sf peninsula
slovenia
smooth numbers
social networks
spam
splay trees
spork
sports
sports mathematics
squarepants
statistics
stella octangula
stormer's theorem
straggler detection
subgraph isomorphism
sudoku
symmetry
talks
teabag problem
teaching
threshold function
tiling
tools
topology
trees
triangular numbers
triangulation
tukey depth
turing machines
typography
uci
unsolved
venn diagrams
visibility graph
voting
wikipedia
xyz graphs
youtube
zonohedra
Previous Day
|
Next Day
09 December 2007 @ 01:39 am
The topcoders count isosceles triangles
Find an algorithm for counting the number of isosceles triangles in an n × n grid
.
(
Read more...
)
(
Added much simpler analysis
)
Tags:
computational geometry
,
number theory
2 comments
|
Leave a comment
Previous Day
|
Next Day