Passive and Active Measurement 12th International Conference PAM 2011 Atlanta GA USA March 20 22 2011 Proceedings 1st Edition by Neil Spring, George F Riley ISBN 9783642192593 by Changhyun Lee, D. K. Lee, Yung Yi, Sue Moon (auth.), Neil Spring, George F. Riley (eds.) 9783642192593, 3642192599 instant download after payment.

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ISBN 13: 9783642192593
Author: Neil Spring, George F Riley

This book constitutes the refereed proceedings of the 12th International Conference on Passive and Active Measurement, PAM 2011, held in Atlanta, GA, USA, in March 2011. The 24 revised full papers presented were carefully reviewed and selected from 56 submissions. The papers were arranged into seven sessions covering passive measurement, wireless models, bandwidth, automated bots, route avoidance, interdomain protocols, timing, and diagnosis.

Passive and Active Measurement 12th International Conference PAM 2011 Atlanta GA USA March 20 22 2011 Proceedings 1st Table of contents:

1. Operating a Network Link at 100%
2. Introduction
3. When and Where Do We See 100% Utilization?
4. Traffic Mix
5. Impact of Congestion on Packet Loss and Delay
6. Packet Loss
7. Delay
8. Impact of Congestion on Application Performance
9. Web Flows
10. Bulk Transfer Flows
11. Related Work
12. Conclusions
13. References
14. Dynamics of Prefix Usage at an Edge Router
15. Introduction
16. Related Work
17. Data Description
18. Data Sources and Trace Statistics
19. Traffic Distribution
20. Results
21. Duty Cycle
22. Mean Rank Difference
23. Conclusion and Future Work
24. References
25. Evolution of Cache Replacement Policies to Track Heavy-Hitter Flows
26. Introduction
27. Background
28. Datasets
29. Approach
30. Evaluation
31. Replacement Policy Extension
32. Conclusions
33. References
34. NAT Usage in Residential Broadband Networks
35. Introduction
36. Data Sets
37. Methodology
38. Detecting the Presence of NAT
39. Number of Hosts Per DSL Line
40. A NAT Analysis Tool
41. NAT Analysis for Different Data Set Types
42. NAT Usage/Hosts Per DSL Line
43. NAT Usage
44. Number of Hosts Per Line
45. NAT Analysis with Different Data Set Types
46. Impact of Shorter Time-Scales
47. Analysis Approach
48. Results
49. Discussion
50. Conclusion
51. References
52. The Efficacy of Path Loss Models for Fixed Rural Wireless Links
53. Introduction
54. Related Work
55. Measurement
56. Models
57. Results
58. Conclusion
59. References
60. Dissecting 3G Uplink Delay by Measuring in an Operational HSPA Network
61. Introduction
62. Measurement Setup
63. Traffic Generation
64. Measurement Devices
65. Results
66. Single Components
67. Accumulated Delay
68. Conclusion and Outlook
69. References
70. On the Potential of Fixed-Beam 60 GHz Network Interfaces in Mobile Devices
71. Introduction
72. Background on 60 GHz Radios
73. Measurement Setup and Methodology
74. Results
75. Discussion and Limitations
76. Conclusion and Future Directions
77. References
78. On the Feasibility of Prefetching and Caching for Online TV Services: A Measurement Study on Hulu
79. Introduction
80. Methodology
81. Dataset
82. Trace Details
83. Popular Video List Details
84. Simulation and Results
85. Evaluation Metrics
86. Performance of Caching without Storage Limit
87. Performance of Caching With Storage Limit
88. Performance of Prefetching Popular Videos List
89. Combining Caching and Prefetching
90. Conclusion
91. References
92. On the Feasibility of Bandwidth Detouring
93. Introduction
94. Related Work
95. Detour Properties
96. Bandwidth Measurement
97. Bandwidth Detouring
98. Bandwidth Detour Properties
99. Exploiting Detours
100. Detouring Mechanisms
101. Analysis of IP and TCP Detouring
102. Detouring Overlay Performance
103. Detour Transferability
104. Conclusions
105. References
106. Can Network Characteristics Detect Spam Effectively in a Stand-Alone Enterprise?
107. Introduction
108. Data and Features
109. Empirical Evaluation
110. Packet-Level Features at the Enterprise
111. Effect of Flow-Level Features
112. Utility of Individual Features
113. Summary
114. References
115. Detecting and Analyzing Automated Activity on Twitter
116. Introduction
117. Background and Measurement Data
118. Detecting Tweet Automation
119. Evaluating the Test
120. Analyzing Twitter's Landscape
121. Summary
122. References
123. A Practical Approach to Portscan Detection in Very High-Speed Links
124. Introduction and Related Work
125. Detection Algorithm
126. Detecting Failed Connections
127. Identifying Scanners
128. Results
129. Evaluation
130. Conclusions and Future Work
131. References
132. Omnify: Investigating the Visibility and Effectiveness of Copyright Monitors
133. Introduction
134. Methodology
135. Data Collection
136. Building the Reverse Infohash Database
137. Identifying Activity Patterns
138. Generating Blacklists
139. Evaluation
140. Related Work
141. Conclusions
142. References
143. Internet Censorship in China: Where Does the Filtering Occur?
144. Introduction
145. Related Work
146. China's AS-Level Topology
147. Methodology
148. Results
149. Discussion
150. Locating Filtering Devices
151. Statefulness of the Firewall
152. Websites Probed
153. Algorithm
154. Results
155. Conclusion
156. References
157. Route Flap Damping Made Usable
158. Introduction
159. Background
160. Measurement Setup
161. Results
162. Other Feeds
163. Conclusion
164. References
165. On Reducing the Impact of Interdomain Route Changes
166. Introduction
167. Related Work
168. Dataset
169. Stick-To-Egress Route Selection
170. Route Boosting
171. Route Boosting Algorithm
172. Route Boosting Emulation
173. Conclusions
174. References
175. Inferring the Origin of Routing Changes Based on Preferred Path Changes
176. Introduction
177. Effect of Path Exploration on Origin Inference
178. Path Exploration of BGP
179. Effect of Path Exploration on Measurement
180. Detecting Candidate Origins
181. Selection of Measurement Prefixes for Each Link
182. Detecting Links as Candidate Origins
183. The Origin Inference Scheme
184. Evaluation
185. Evaluation Using Operational Tickets
186. Comparing the Number of Inferred Origins
187. Discussion
188. Conclusion and Future Work
189. References
190. A Comparative Study of Handheld and Non-handheld Traffic in Campus Wi-Fi Networks
191. Introduction
192. Methodology
193. Protocols and Services
194. Protocols
195. TCP Flow Characteristics
196. Web Traffic
197. Hosts
198. Content Type and Length
199. Streaming Video
200. Content Similarity
201. Related Work
202. Conclusion
203. References
204. Unveiling the BitTorrent Performance in Mobile WiMAX Networks
205. Introduction
206. Experiment Description
207. Measurement Settings
208. Test Routes
209. Impacts of Handovers
210. BitTorrent Dynamics for Mobility in WiMAX
211. Peer Connectivity
212. Download Stability
213. Download Traffic
214. Upload Stability and Traffic
215. Protocol Control Behaviors
216. Conclusion
217. References
218. Peeling Away Timing Error in NetFlow Data
219. Introduction
220. Characterizing Timing Error in NetFlow Version 9
221. Quantifying Timing Errors in NetFlow v9
222. Correcting Cyclic Timing Error
223. Evaluation
224. Related Work
225. Conclusions
226. References
227. Clockscalpel: Understanding Root Causes of Internet Clock Synchronization Inaccuracy
228. Introduction
229. Background
230. Methodology and Data Sets
231. Synchronization Accuracy in the Internet
232. Understanding Underlying Factors
233. Software Stack Delay Asymmetry
234. Queueing Delay Asymmetry
235. Transmission Delay Asymmetry
236. Propagation Delay Asymmetry
237. Discussion
238. Conclusions
239. References
240. FACT: Flow-Based Approach for Connectivity Tracking
241. Introduction
242. Methodology
243. Data Sets
244. Connectivity Analysis
245. Data Collection and Preprocessing
246. 5-Tuple Cache
247. Analyzer
248. Case Studies
249. Related Work
250. Conclusion
251. References
252. Non-cooperative Diagnosis of Submarine Cable Faults
253. Introduction
254. Measurement Methodology
255. Measurement Setup
256. Measurement Scheduling and Traffic
257. Metrics
258. The SEA-ME-WE 4 Cable Fault
259. Impacts of the Cable Fault
260. Impacts of the Cable Repair
261. Related Work
262. Conclusion and Future Work
263. References
264. Measuring and Characterizing End-to-End Route Dynamics in the Presence of Load Balancing
265. Introduction
266. Definitions
267. Route Dynamics: Fast vs. Complete Measurements
268. Measurement Method and Datasets
269. Analysis
270. Measuring Route Dynamics under Load Balancing
271. Analysis of Load Balancer Dynamics
272. Probing Strategy
273. Dataset
274. Route Prevalence and Persistence
275. Related Work
276. Conclusion

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