Matthew Russell's "Unleashing Twitter Data for Fun and Insight" presentation from Strata 2011. Matthew Russell's "Unleashing Twitter Data for Fun and Insight" presentation from Strata 2011. See http://strataconf.com/strata2011/public/schedule/detail/17714 for an overview of the talk.

1. Unleashing Twitter Data
for fun and insight
Matthew A. Russell
http://linkedin.com/in/ptwobrussell
@ptwobrussell
Agile Data Solutions Social Web
Mining the

2. Happy Groundhog Day!

3. Mining the Social Web
Chapters 1-5
Introduction: Trends, Tweets, and Twitterers
Microformats: Semantic Markup and Common Sense Collide
Mailboxes: Oldies but Goodies
Friends, Followers, and Setwise Operations
Twitter: The Tweet, the Whole Tweet, and
Nothing but the Tweet

4. Mining the Social Web
Chapters 6-10
LinkedIn: Clustering Your Professional Network For Fun (and
Profit?)
Google Buzz: TF-IDF, Cosine Similarity, and Collocations
Blogs et al: Natural Language Processing (and Beyond)
Facebook: The All-In-One Wonder
The Semantic Web: A Cocktail Discussion

5. O verview
• Trends, Tweets, and Retweet Visualizations
• Friends, Followers, and Setwise Operations
• The Tweet, the Whole Tweet, and Nothing but the Tweet

6. Insight Matters
• What is @user's potential influence?
• What are @user's passions right now?
• Who are @user's most trusted friends?

7. Part 1:
Tweets, Trends, and Retweet
Visualizations
Agile Data Solutions Social Web
Mining the

8. A point to ponder:
Twitter : Data :: JavaScript : Programming Languages (???)

9. Getting Ready To Code
Agile Data Solutions Social Web
Mining the

10. Python Installation
• Mac users already have it
• Linux users probably have it
• Windows users should grab ActivePython

11. easy_install
• Installs packages from PyPI
• Get it:
• http://pypi.python.org/pypi/setuptools
• Ships with ActivePython
• It really is easy:
easy_install twitter
easy_install nltk
easy_install networkx

12. Git It?
• http://github.com/ptwobrussell/Mining-the-Social-Web
• git clone git://github.com/ptwobrussell/Mining-the-Social-Web.git
• introduction__*.py
• friends_followers__*.py
• the_tweet__*.py

13. Getting Data
Agile Data Solutions Social Web
Mining the

14. Twitter Data Sources
• Twitter API Resources
• GNIP
• Infochimps
• Library of Congress

15. Trending Topics
>>> import twitter # Remember to "easy_install twitter"
>>> twitter_search = twitter.Twitter(domain="search.twitter.com")
>>> trends = twitter_search.trends()
>>> [ trend['name'] for trend in trends['trends'] ]
[u'#ZodiacFacts', u'#nowplaying', u'#ItsOverWhen',
u'#Christoferdrew', u'Justin Bieber', u'#WhatwouldItBeLike',
u'#Sagittarius', u'SNL', u'#SurveySays', u'#iDoit2']

16. Search Results
>>> search_results = []
>>> for page in range(1,6):
... search_results.append(twitter_search.search(q="SNL",rpp=100, page=page))

17. Search Results (continued)
>>> import json
>>> print json.dumps(search_results, sort_keys=True, indent=1)
[
{
"completed_in": 0.088122000000000006,
"max_id": 11966285265,
"next_page": "?page=2&max_id=11966285265&rpp=100&q=SNL",
"page": 1,
"query": "SNL",
"refresh_url": "?since_id=11966285265&q=SNL",
...more...

18. Search Results (continued)
"results": [
{
"created_at": "Sun, 11 Apr 2010 01:34:52 +0000",
"from_user": "bieber_luv2",
"from_user_id": 106998169,
"geo": null,
"id": 11966285265,
"iso_language_code": "en",
"metadata": {
"result_type": "recent"
},
...more...

19. Search Results (continued)
"profile_image_url": "http://a1.twimg.com/profile_images/80...",
"source": "<a href="http://twitter.com/&quo...",
"text": "im nt gonna go to sleep happy unless i see ...",
"to_user_id": null
}
... output truncated - 99 more tweets ...
],
"results_per_page": 100,
"since_id": 0
},
... output truncated - 4 more pages ...
]

20. Lexical Diversity
• Ratio of unique terms to total terms
• A measure of "stickiness"?
• A measure of "group think"?
• A crude indicator of retweets to originally authored tweets?

21. Distilling Tweet Text
>>> # search_results is already defined
>>> tweets = [ r['text']
... for result in search_results
... for r in result['results'] ]
>>> words = []
>>> for t in tweets:
... words += [ w for w in t.split() ]
...

22. Analyzing Data
Agile Data Solutions Social Web
Mining the

23. Lexical Diversity
>>> len(words)
7238
>>> # unique words
>>> len(set(words))
1636
>>> # lexical diversity
>>> 1.0*len(set(words))/len(words)
0.22602928985907708
>>> # average number of words per tweet
>>> 1.0*sum([ len(t.split()) for t in tweets ])/len(tweets)
14.476000000000001

24. Size Frequency Matters
• Counting: always the first step
• Simple but effective
• NLTK saves us a little trouble

25. Frequency Analysis
>>> import nltk
>>> freq_dist = nltk.FreqDist(words)
>>> freq_dist.keys()[:50] #50 most frequent tokens
[u'snl', u'on', u'rt', u'is', u'to', u'i', u'watch', u'justin',
u'@justinbieber', u'be', u'the', u'tonight', u'gonna', u'at',
u'in', u'bieber', u'and', u'you', u'watching', u'tina', u'for',
u'a', u'wait', u'fey', u'of', u'@justinbieber:', u'if', u'with',
u'so', u"can't", u'who', u'great', u'it', u'going', u'im', u':)',
u'snl...', u'2nite...', u'are', u'cant', u'dress', u'rehearsal',
u'see', u'that', u'what', u'but', u'tonight!', u':d', u'2',
u'will']

26. Frequency Visualization

27. Tweet and RT were sitting on a fence.
Tweet fell off. Who was left?

28. RTs: past, present, & future
• Retweet: Tweeting a tweet that's already been tweeted
• RT or via followed by @mention
• Example: RT @SocialWebMining Justin Bieber is on SNL 2nite. w00t?!?
• Relatively new APIs were rolled out last year for retweeting sans
conventions

29. Some people, when confronted with a problem, think "I know,
I'll use regular expressions." Now they have two
problems. -- Jamie Zawinski

30. Parsing Retweets
>>> example_tweets = ["Visualize Twitter search results w/ this simple script
http://bit.ly/cBu0l4 - Gist instructions http://bit.ly/9SZ2kb (via
@SocialWebMining @ptwobrussell)"]
>>> import re
>>> rt_patterns = re.compile(r"(RT|via)((?:bW*@w+)+)",
... re.IGNORECASE)
>>> rt_origins = []
>>> for t in example_tweets:
... try:
... rt_origins += [mention.strip()
... for mention in rt_patterns.findall(t)[0][1].split()]
... except IndexError, e:
... pass
>>> [rto.strip("@") for rto in rt_origins]

31. Visualizing Data
Agile Data Solutions Social Web
Mining the

32. Graph Construction
>>> import networkx as nx
>>> g = nx.DiGraph()
>>> g.add_edge("@SocialWebMining", "@ptwobrussell",
... {"tweet_id" : 4815162342},)

33. Writing out DOT
OUT_FILE = "out_file.dot"
try:
nx.drawing.write_dot(g, OUT_FILE)
except ImportError, e:
dot = ['"%s" -> "%s" [tweet_id=%s]' %
(n1, n2, g[n1][n2]['tweet_id']) for n1, n2 in g.edges()]
f = open(OUT_FILE, 'w')
f.write('strict digraph {n%sn}' % (';n'.join(dot),))
f.close()

34. Example DOT Language
strict digraph {
"@ericastolte" -> "bonitasworld" [tweet_id=11965974697];
"@mpcoelho" ->"Lil_Amaral" [tweet_id=11965954427];
"@BieberBelle123" -> "BELIEBE4EVER" [tweet_id=11966261062];
"@BieberBelle123" -> "sabrina9451" [tweet_id=11966197327];
}

35. DOT to Image
• Download Graphviz: http://www.graphviz.org/
•$ dot -Tpng out_file.dot > graph.png
• Windows users might prefer GVEdit

36. Graphviz: Extreme Closeup

37. But you want more sexy?

38. Protovis: Extreme Closeup
38 Mining the Social Web

39. It Doesn't Have To Be a Graph
Graph Connectedness

40. Part 2:
Friends, Followers, and Setwise
Operations
Agile Data Solutions Social Web
Mining the

41. Insight Matters
• What is my potential influence?
• Who are the most popular people in my network?
• Who are my mutual friends?
• What common friends/followers do I have with @user?
• Who is not following me back?
• What can I learn from analyzing my friendship cliques?

42. Getting Data
Agile Data Solutions Social Web
Mining the

43. OAuth (1.0a)
import twitter
from twitter.oauth_dance import oauth_dance
# Get these from http://dev.twitter.com/apps/new
consumer_key, consumer_secret = 'key', 'secret'
(oauth_token, oauth_token_secret) = oauth_dance('MiningTheSocialWeb',
consumer_key, consumer_secret)
auth=twitter.oauth.OAuth(oauth_token, oauth_token_secret,
consumer_key, consumer_secret)
t = twitter.Twitter(domain='api.twitter.com', auth=auth)

44. Getting Friendship Data
friend_ids = t.friends.ids(screen_name='timoreilly', cursor=-1)
follower_ids = t.followers.ids(screen_name='timoreilly', cursor=-1)
# store the data somewhere...

45. Perspective: Fetching all of Lady Gaga's
~7M followers would take ~4 hours

46. But there's always a catch...

47. Rate Limits
• 350 requests/hr for authenticated requests
• 150 requests/hr for anonymous requests
• Coping mechanisms:
• Caching & Archiving Data
• Streaming API
• HTTP 400 codes
• See http://dev.twitter.com/pages/rate-limiting

48. The Beloved Fail Whale
• Twitter is sometimes "overcapacity"
• HTTP 503 Error
• Handle it just as any other HTTP error
• RESTfulness has its advantages

49. Abstraction Helps
friend_ids = []
wait_period = 2 # secs
cursor = -1
while cursor != 0:
response = makeTwitterRequest(t, # twitter.Twitter instance
t.friends.ids,
screen_name=screen_name,
cursor=cursor)
friend_ids += response['ids']
cursor = response['next_cursor']
# break out of loop early if you don't need all ids

50. Abstracting Abstractions
screen_name = 'timoreilly'
# This is what you ultimately want...
friend_ids = getFriends(screen_name)
follower_ids = getFollowers(screen_name)

51. Storing Data
Agile Data Solutions Social Web
Mining the

52. Flat Files?
./
screen_name1/
friend_ids.json
follower_ids.json
user_info.json
screen_name2/
...
...

53. Pickles?
import cPickle
o = {
'friend_ids' : friend_ids,
'follower_ids' : follower_ids,
'user_info' : user_info
}
f = open('screen_name1.pickle, 'wb')
cPickle.dump(o, f)
f.close()

54. A relational database?
import sqlite3 as sqlite
conn = sqlite.connect('data.db')
c = conn.cursor()
c.execute('''create table
friends...''')
c.execute('''insert into friends...
''')
# Lots of fun...sigh...

55. Redis (A Data Structures Server)
import redis
r = redis.Redis()
[ r.sadd("timoreilly$friend_ids", i) for i in friend_ids ]
r.smembers("timoreilly$friend_ids") # returns a set
Project page: http://redis.io
Windows binary: http://code.google.com/p/servicestack/wiki/RedisWindowsDownload

56. Redis Set Operations
• Key/value store...on typed values!
• Common set operations
• smembers, scard
• sinter, sdiff, sunion
• sadd, srem, etc.
• See http://code.google.com/p/redis/wiki/CommandReference
• Don't forget to $ easy_install redis

57. Analyzing Data
Agile Data Solutions Social Web
Mining the

58. Setwise Operations
• Union
• Intersection
• Difference
• Complement

59. Venn Diagrams
Followers - Friends
Friends
Friends - Followers
Friends Followers
U
Followers

60. Count Your Blessings
# A utility function
def getRedisIdByScreenName(screen_name, key_name):
return 'screen_name$' + screen_name + '$' + key_name
# Number of friends
n_friends = r.scard(getRedisIdByScreenName(screen_name,
'friend_ids'))
# Number of followers
n_followers = r.scard(getRedisIdByScreenName(screen_name,
'follower_ids'))

61. Asymmetric Relationships
# Friends who aren't following back
friends_diff_followers = r.sdiffstore('temp', [
getRedisIdByScreenName(screen_name, 'friend_ids'),
getRedisIdByScreenName(screen_name, 'follower_ids')
])
# ... compute interesting things ...
r.delete('temp')

62. Asymmetric Relationships
# Followers who aren't friended
followers_diff_friends = r.sdiffstore('temp', [
getRedisIdByScreenName(screen_name, 'follower_ids'),
getRedisIdByScreenName(screen_name, 'friend_ids')
])
# ... compute interesting things ...
r.delete('temp')

63. Symmetric Relationships
mutual_friends = r.sinterstore('temp', [
getRedisIdByScreenName(screen_name, 'follower_ids'),
getRedisIdByScreenName(screen_name, 'friend_ids')
])
# ... compute interesting things ...
r.delete('temp')

64. Sample Output
timoreilly is following 663
timoreilly is being followed by 1,423,704
131 of 663 are not following timoreilly back
1,423,172 of 1,423,704 are not being followed back by
timoreilly
timoreilly has 532 mutual friends

65. Who Isn't Following Back?
user_ids = [ ... ] # Resolve these to user info objects
while len(user_ids) > 0:
user_ids_str, = ','.join([ str(i) for i in user_ids[:100] ])
user_ids = user_ids[100:]
response = t.users.lookup(user_id=user_ids)
if type(response) is dict: response = [response]
r.mset(dict([(getRedisIdByUserId(resp['id'], 'info.json'), json.dumps(resp))
for resp in response]))
r.mset(dict([(getRedisIdByScreenName(resp['screen_name'],'info.json'),
json.dumps(resp)) for resp in response]))

66. Friends in Common
# Assume we've harvested friends/followers and it's in Redis...
screen_names = ['timoreilly', 'mikeloukides']
r.sinterstore('temp$friends_in_common',
[getRedisIdByScreenName(screen_name, 'friend_ids')
for screen_name in screen_names])
r.sinterstore('temp$followers_in_common',
[getRedisIdByScreenName(screen_name,'follower_ids')
for screen_name in screen_names])
# Manipulate the sets

67. Potential Influence
• My followers?
• My followers' followers?
• My followers' followers' followers?
•for n in range(1, 7): # 6 degrees?
print "My " + "followers' "*n + "followers?"

68. Saving a Thousand Words...
{
1
2 Branching 3
Factor = 2
Depth = 3 4 5 6 7
8 9 10 11 12 13 14 15

69. Same Data, Different Layout
9 10
4 5
8 2 11
1
12 3 15
6 7
13 14
4 12 5

70. Space Complexity
Depth
1 2 3 4 5
2 3 7 15 31 63
Branching 3 4 13 40 121 364
Factor 4 5 21 85 341 1365
5 6 31 156 781 3906
6 7 43 259 1555 9331

71. Breadth-First Traversal
Create an empty graph
Create an empty queue to keep track of unprocessed nodes
Add the starting point to the graph as the "root node"
Add the root node to a queue for processing
Repeat until some maximum depth is reached or the queue is empty:
Remove a node from queue
For each of the node's neighbors:
If the neighbor hasn't already been processed:
Add it to the graph
Add it to the queue
Add an edge to the graph connecting the node & its neighbor

72. Breadth-First Harvest
next_queue = [ 'timoreilly' ] # seed node
d = 1
while d < depth:
d += 1
queue, next_queue = next_queue, []
for screen_name in queue:
follower_ids = getFollowers(screen_name=screen_name)
next_queue += follower_ids
getUserInfo(user_ids=next_queue)

73. The Most Popular Followers
freqs = {}
for follower in followers:
cnt = follower['followers_count']
if not freqs.has_key(cnt):
freqs[cnt] = []
freqs[cnt].append({'screen_name': follower['screen_name'],
'user_id': f['id']})
popular_followers = sorted(freqs, reverse=True)[:100]

74. Average # of Followers
all_freqs = [k for k in keys for user in freqs[k]]
avg = sum(all_freqs) / len(all_freqs)

75. @timoreilly's Popular Followers
The top 10 followers from the sample:
aplusk 4,993,072
BarackObama 4,114,901
mashable 2,014,615
MarthaStewart 1,932,321
Schwarzenegger 1,705,177
zappos 1,689,289
Veronica 1,612,827
jack 1,592,004
stephenfry 1,531,813
davos 1,522,621

76. Futzing the Numbers
• The average number of timoreilly's followers' followers: 445
• Discarding the top 10 lowers the average to around 300
• Discarding any follower with less than 10 followers of their
own increases the average to over 1,000!
• Doing both brings the average to around 800

77. The Right Tool For the Job:
NetworkX for Networks

78. Friendship Graphs
for i in ids: #ids is timoreilly's id along with friend ids
info = json.loads(r.get(getRedisIdByUserId(i, 'info.json')))
screen_name = info['screen_name']
friend_ids = list(r.smembers(getRedisIdByScreenName(screen_name,
'friend_ids')))
for friend_id in [fid for fid in friend_ids if fid in ids]:
friend_info = json.loads(r.get(getRedisIdByUserId(friend_id, 'info.json')))
g.add_edge(screen_name, friend_info['screen_name'])
nx.write_gpickle(g, 'timoreilly.gpickle') # see also nx.read_gpickle

79. Clique Analysis
• Cliques
• Maximum Cliques
• Maximal Cliques
http://en.wikipedia.org/wiki/Clique_problem

80. Calculating Cliques
cliques = [c for c in nx.find_cliques(g)]
num_cliques = len(cliques)
clique_sizes = [len(c) for c in cliques]
max_clique_size = max(clique_sizes)
avg_clique_size = sum(clique_sizes) / num_cliques
max_cliques = [c for c in cliques if len(c) == max_clique_size]
num_max_cliques = len(max_cliques)
people_in_every_max_clique = list(reduce(
lambda x, y: x.intersection(y),[set(c) for c in max_cliques]
))

81. Cliques for @timoreilly
Num cliques: 762573
Avg clique size: 14
Max clique size: 26
Num max cliques: 6
Num people in every max clique: 20

82. Visualizing Data
Agile Data Solutions Social Web
Mining the

83. Graphs, etc
• Your first instinct is naturally
G = (V, E) ?

84. Dorling Cartogram
• A location-aware bubble chart (ish)
• At least 3-dimensional
• Position, color, size
• Look at friends/followers by state

85. Sunburst of Friends
• A very compact visualization
• Slice and dice friends/followers by
gender, country, locale, etc.

86. Part 3:
The Tweet, the Whole Tweet, and
Nothing but the Tweet
Agile Data Solutions Social Web
Mining the

87. Insight Matters
• Which entities frequently appear in @user's tweets?
• How often does @user talk about specific friends?
• Who does @user retweet most frequently?
• How frequently is @user retweeted (by anyone)?
• How many #hashtags are usually in @user's tweets?

88. Pen : Sword :: Tweet : Machine Gun (?!?)

89. Getting Data
Mining the Social Web

90. Let me count the APIs...
• Timelines
• Tweets
• Favorites
• Direct Messages
• Streams

91. Anatomy of a Tweet (1/2)
{
"created_at" : "Thu Jun 24 14:21:11 +0000 2010",
"id" : 16932571217,
"text" : "Great idea from @crowdflower: Crowdsourcing ... #opengov",
"user" : {
"description" : "Founder and CEO, O'Reilly Media. Watching the alpha geeks...",
"id" : 2384071,
"location" : "Sebastopol, CA",
"name" : "Tim O'Reilly",
"screen_name" : "timoreilly",
"url" : "http://radar.oreilly.com"
},
...

92. Anatomy of a Tweet (2/2)
...
"entities" : {
"hashtags" : [ {"indices" : [ 97, 103 ], "text" : "gov20"},
{"indices" : [ 104, 112 ], "text" : "opengov"} ],
"urls" : [{"expanded_url" : null, "indices" : [ 76, 96 ],
"url" : "http://bit.ly/9o4uoG"} ],
"user_mentions" : [{"id" : 28165790, "indices" : [ 16, 28 ],
"name" : "crowdFlower","screen_name" : "crowdFlower"}]
}
}

93. Entities & Annotations
• Entities
• Opt-in now but will "soon" be standard
• $ easy_install twitter_text
• Annotations
• User-defined metadata
• See http://dev.twitter.com/pages/annotations_overview

94. Manual Entity Extraction
import twitter_text
extractor = twitter_text.Extractor(tweet['text'])
mentions = extractor.extract_mentioned_screen_names_with_indices()
hashtags = extractor.extract_hashtags_with_indices()
urls = extractor.extract_urls_with_indices()
# Splice info into a tweet object

95. Storing Data
Mining the Social Web

96. Storing Tweets
• Flat files? (Really, who does that?)
• A relational database?
• Redis?
• CouchDB (Relax...?)

97. CouchDB: Relax
• Document-oriented key/value
• Map/Reduce
• RESTful API
• Erlang

98. As easy as sitting on the couch
• Get it - http://www.couchone.com/get
• Install it
• Relax - http://localhost:5984/_utils/
• Also - $ easy_install couchdb

99. Storing Timeline Data
import couchdb
import twitter
TIMELINE_NAME = "user" # or "home" or "public"
t = twitter.Twitter(domain='api.twitter.com', api_version='1)
server = couchdb.Server('http://localhost:5984')
db = server.create(DB)
page_num = 1
while page_num <= MAX_PAGES:
api_call = getattr(t.statuses, TIMELINE_NAME + '_timeline')
tweets = makeTwitterRequest(t, api_call, page=page_num)
db.update(tweets, all_or_nothing=True)
print 'Fetched %i tweets' % len(tweets)
page_num += 1

100. Analyzing & Visualizing Data
Mining the Social Web

101. Approach:
Map/Reduce on Tweets

102. Map/Reduce Paraadigm
• Mapper: yields key/value pairs
• Reducer: operates on keyed mapper output
• Example: Computing the sum of squares
• Mapper Input: (k, [2,4,6])
• Mapper Output: (k, [4,16,36])
• Reducer Input: [(k, 4,16), (k, 36)]
• Reducer Output: 56

103. Which entities frequently appear in
@mention's tweets?

104. @timoreilly's Tweet Entities

105. How often does @timoreilly
mention specific friends?

106. Filtering Tweet Entities
• Let's find out how often someone talks about
specific friends
• We have friend info on hand
• We've extracted @mentions from the tweets
• Let's cound friend vs non-friend mentions

107. @timoreilly's friend mentions
Number of user entities in tweets who are
Number of @user entities in tweets: 20
not friends: 2
Number of @user entities in tweets who
are friends: 18
n2vip
timoreilly
ahier andrewsavikas
pkedrosky gnat
CodeforAmerica slashdot
nytimes OReillyMedia
brady dalepd
carlmalamud mikeloukides
pahlkadot monkchips
make fredwilson
jamesoreilly digiphile
andrewsavikas

108. Who does @timoreilly retweet
most frequently?

109. Counting Retweets
• Map @mentions out of tweets using a regex
• Reduce to sum them up
• Sort the results
• Display results

110. Retweets by @timoreilly

111. How frequently is @timoreilly
retweeted?

112. Retweet Counts
• An API resource /statuses/retweet_count exists (and is now functional)
• Example: http://twitter.com/statuses/show/29016139807.json
• retweet_count
• retweeted

113. Survey Says...
@timoreilly is retweeted about 2/3
of the time

114. How often does @timoreilly
include #hashtags in tweets?

115. Counting Hashtags
• Use a mapper to emit a #hashtag entities for tweets
• Use a reducer to sum them all up
• Been there, done that...

116. Survey Says...
About 1 out of every 3 tweets by
@timoreilly contain #hashtags

117. But if you order within the next 5
mintues...
Mining the Social Web

118. Bonus Material:
What do #JustinBieber and #TeaParty
have in common?
Mining the Social Web

119. Tweet Entities

120. #JustinBieber co-occurrences
#bieberblast http://tinyurl.com/
#music
#Eclipse 343kax4
@justinbieber
#somebodytolove @JustBieberFact
#nowplaying
http://bit.ly/aARD4t @TinselTownDirt
#Justinbieber
http://bit.ly/b2Kc1L #beliebers
#JUSTINBIEBER
#Escutando #BieberFact
#Proform
#justinBieber #Celebrity
http://migre.me/TJwj
#Restart #Dschungel
@ProSieben
#TT @_Yassi_
@lojadoaltivo
#Telezwerge #musicmonday
#JustinBieber
@rheinzeitung #video
#justinbieber
#WTF #tickets

121. #TeaParty co-occurrences
@STOPOBAMA2012 #jcot
@blogging_tories @TheFlaCracker #tweetcongress
#cdnpoli #palin2012 #Obama
#fail #AZ #topprog
#nra #TopProg #palin
#roft #conservative #dems
@BrnEyeSuss http://tinyurl.com/386k5hh #acon
@crispix49 @ResistTyranny #cspj
@koopersmith #tsot #immigration
@Kriskxx @ALIPAC #politics
#Kagan #majority #hhrs
@Liliaep #NoAmnesty #TeaParty
#nvsen #patriottweets #vote2010
@First_Patriots @Drudge_Report #libertarian
#patriot #military #obama
#pjtv #palin12 #ucot
@andilinks #rnc #iamthemob
@RonPaulNews #TCOT #GOP
#ampats http://tinyurl.com/24h36zq #tpp
#cnn #spwbt #dnc
#jews @welshman007 #twisters
#GOPDeficit #FF #sgp
#wethepeople #liberty #ocra
#asamom #glennbeck #gop
@thenewdeal #news #tlot
#AFIRE #oilspill #p2
#Dems #rs #tcot
@JIDF #Teaparty #teaparty

122. Hashtag Distributions

123. Hashtag Analysis
• TeaParty: ~ 5 hashtags per tweet.
• Example: “Rarely is the questioned asked: Is our children
learning?” - G.W. Bush #p2 #topprog #tcot #tlot #teaparty
#GOP #FF
• JustinBieber: ~ 2 hashtags per tweet
• Example: #justinbieber is so coool

124. Common #hashtags
#lol #dancing
#jesus #music
#worldcup #glennbeck
#teaparty @addthis
#AZ #nowplaying
#milk #news
#ff #WTF
#guns #fail
#WorldCup #toomanypeople
#bp #oilspill
#News #catholic

125. Retweet Patterns

126. Retweet Behaviors

127. Friendship Networks

128. Juxtaposing Friendships
• Harvest search results for #JustinBieber and #TeaParty
• Get friend ids for each @mention with /friends/ids
• Resolve screen names with /users/lookup
• Populate a NetworkX graph
• Analyze it
• Visualize with Graphviz

129. Nodes Degrees

130. Two Kinds of Hairballs...
#JustinBieber #TeaParty

131. The world twitterverse is your oyster

132. • Twitter: @SocialWebMining
• GitHub: http://bit.ly/socialwebmining
• Facbook: http://facebook.com/MiningTheSocialWeb
Mining the Social Web