▼
Advanced Options
?
Sort by:
popularity
similarity
?
Must Include:
?
Cannot Include:
?
Look For
▼
Sponsored Links
You're looking for other sites like :
|
|
No information avaiable
http://en.wikipedia.org/wiki/Suffix_tree
popularity:
algorithms
programming
tree
algorithm
search
suffix
datastructures
cs
suffix_tree
indexing
|
new
search by a custom tag signature
|
|
Tree structures support various basic dynamic set operations including Search, ... Ideally, a tree will be balanced and the height will be log n where n is the ...
similarity:
popularity:
algorithms
programming
b-tree
btree
algorithm
b-trees
database
datastructures
tree
trees
|
 |
Nuts in an Oasis: An Interview Question from Amazon / Google ... Plans for ihas1337code.com. November (11) Convert Binary Search Tree (BST) to Sorted ...
similarity:
popularity:
algorithms
programming
interview
algorithm
datastructures
blog
code
interviews
job
reference
|
|
|
Section 2: Line Intersection and its Applications - Section 3: Using ... Introduction to Graphs and Their Data Structures: - Section 1: Recognizing and ...
similarity:
popularity:
algorithms
programming
algorithm
tutorial
topcoder
tutorials
reference
google
development
interview
|
|
|
See also the list of data structures, list of algorithm general topics and list ... If you intend to describe a new algorithm, please read algorithms on Wikipedia ...
similarity:
popularity:
algorithms
programming
algorithm
tutorial
compsci
reference
learning
cs
data
|
|
|
Retrieved from "http://en.wikipedia.org/wiki/Levenshtein_distance" Categories: Algorithms on strings | String similarity measures | Dynamic programming ...
similarity:
popularity:
algorithm
programming
algorithms
levenshtein
string
search
spellcheck
comparison
text
statistics
|
|
|
The purpose of an inverted index is to allow fast full text searches, at a cost of ... Retrieved from "http://en.wikipedia.org/wiki/Inverted_index" Categories: Data management ...
similarity:
popularity:
search
algorithms
index
programming
inverted
indexing
database
datastructures
wikipedia
google
|
|
|
The Algorithmist is a resource dedicated to anything algorithms ... Retrieved from "http://www.algorithmist.com/index.php/Main_Page" Views. Page. Discussion ...
similarity:
popularity:
algorithms
programming
reference
wiki
algorithm
math
tutorials
acm
software
computing
|
|
|
No information avaiable
similarity:
popularity:
algorithms
programming
lcs
algorithm
diff
string
text
search
development
lecture
|
|
|
No information avaiable
similarity:
popularity:
algorithms
lectures
programming
video
algorithm
videos
cs
reference
course
skiena
|
|
|
No information avaiable
similarity:
popularity:
algorithms
programming
algorithm
lectures
courses
computerscience
course
book
reference
education
|
Sorting Results
- This slider determines how the matched sites are sorted.
- If you want to see the most popular sites that are somewhat related to your search, slide this more towards "popularity."
- If you want to see the sites that best matched your search, regardless of popularity, slide this towards "similarity."
Must Include Tags
- Matched sites will not be shown unless they have all of the tags on this list.
- This feature is useful for when you require a site to have been tagged as something.
- To add a tag to this list, click "add tag" or click on any tag in a result.
Must Not Include Tags
- Matched sites that have any tag on this list will not be shown.
- This feature is useful for filtering out results that have tags you are absolutely not interested in.
- To add a tag to this list, click "add tag" or click on any tag in a result.
Types of Results
- This option lets you specify the types of sites to show.
- If you want to only see domains (www.
.com), select "domains only." - If you want to only see articles (www.
.com/something/here), select "articles only." - If you don't care, or care so much about both, select "Both".
About The Results
an example search result
How moreofit Searches
Each website has a unique tag signature -- a set of words
that users have described the website as. Moreofit searches
for websites that have similar tag signatures and displays the results.
1: Similarity
A site's "similarity" is determined by how well its tag signature matches the tag
signature that is being searched for. A 100% match means that it has the exact same
tags in the exact same order, while a 0% match means it has no tags in common.
2: Popularity
The popularity of a website is, well, pretty much self explanatory.
3: Tag Signature
The tag signatures show how a site is described. The deeper the color of the tag,
the more frequently the website is tagged as this. Tags underlined blue denote a tag
that is in common with the search's tag signature.
